rm cores - docs.rs-online.com · 1100 + 30 / - 20 % ≥ 320 f = 25khz, h = 250 a/m, t = 100 °c...

RM cores

Data Sheet

ISKRA FERITI, d. o. o. / 1

Applications: RM (rectangular modul) cores were designed for efficient winding and high PCB packing densities. Main application areas for RM cores are: • Filter inductors, where is used 10G,16G and 26G material, with center hole and threaded sleeve on

request. • Low distortion broadband transmission at low signal modulation, where 19G, 22G, 12G and 32G

materials are recommended. • RM cores are required also for power applications. For this purpose are suitable 15G, 45G, 35G, 55G

and 75G materials, usually without center hole. Cores RM4 through RM14 adhere IEC 431 and DIN 41980. The coil formers adhere to DIN 41981. Marking: Cores without air gap are signed by the name of material on one half of core set. Cores with air gap are signed by the material and the Al value, on the gapped half of core set. Packing:

core type type of package No. of pairs in basic box RM 04; RM 04LP Blister 500 RM 05; RM 05LP Blister 500 RM 06; RM 06LP Blister 500 RM 08; RM 08LP Blister 200 RM 10; RM 10LP Blister 200

RM 14 Polystirol trays 65 Ordering example: RM 26G 8 / 400 - 41 P

RM core Material type

core size Al value

Tolerance of Al value Without center hole

Tolerance of Al value

00 ± 25 % for cores without air gap ± 5 % for cores with air gap

07 Al value higher than nominal

15 + 30 / - 20 %

17 + 40 / - 30 %

40 ± 10 % 47 ± 7 % 41 ± 3 % 20 ± 2 %

RM cores

Data Sheet


Technical data for cores (per set) Without centre hole

RM../..-..P

Σ l/A 1.8 mm-1 le 15.1 mm Ae 8.4 mm2 Amin 6.4 mm2 Ve 128 mm3 Approx. weight: 0.55 g/set Dimensions [mm]

Ungapped cores Material AL value [nH] µe Designation

19G 1600 + 30 / - 20 % 2290 RM 19G 3/1600 – 15P 22G 2500 + 30 / - 20 % 3580 RM 22G 3/2500 – 15P 12G 3000 + 40 / - 30 % 4294 RM 12G 3/3000 – 17P 32G 3500 + 40 / - 30 % 5000 RM 32G 3/3500 – 17P

Core in accordance with IEC 431! RM cores are supplied as set!

a c d2 d3 d4 h1 h2 h3 f b g

- 7.2 7.5

5.9 6.1

2.8 2.9

- 7.3 7.5

4.4 4.7

- - - -

RM03

RM cores

Data Sheet


Technical data for cores (per set) With centre hole

RM.../..-.. Without centre hole

RM../..-..P

Σ l/A 1.9 1.69 mm-1 le 21.0 22.0 mm Ae 11.0 13.0 mm2 Amin 9.6 11.3 mm2 Ve 232 286 mm3 Approx. weight: 1.45 g/set; 1.65 g/set Dimensions [mm]


10G 400 ± 25 % 608 RM 10G 4 / 400 - 00

26G 800 ± 25 % 1230 RM 26G 4 / 800 - 00

19G 1700 +30 / -20 % 2560 RM 19G 4 / 1700 - 15 P 22G 2800 +30 / -20 % 3773 RM 22G 4 / 2800 - 15 P 12G 3700 +40 / -30 % 4985 RM 12G 4 / 3700 - 17 P 32G 4800 +40 / -30 % 6467 RM 32G 4 / 4800 - 17 P

Material AL value [nH] B [mT] PV [W/set] Designation

35G 1100

+ 30 / - 20 % ≥ 320

f = 25kHz, H = 250 A/m, T = 100 °C< 0.075

f = 400 kHz, B = 0.05T, T = 100°C RM 35G 4 / 1100 - 15 P

45G 1100

+ 30 / - 20 % ≥ 330

f = 25kHz, H = 250 A/m, T = 100 °C< 0.045

f = 100 kHz, B = 0.1 T, T = 100 °C RM 45G 4 / 1100 - 15 P

55G 900

+ 30 / - 20 % ≥ 350

f = 25kHz, H = 250 A/m, T = 100 °C< 0.044

f = 400 kHz, B = 0.05T, T = 100°C RM 55G 4 / 900 - 15 P

75G 750

+ 30 / - 20 % ≥ 350

f = 25kHz, H = 250 A/m, T = 100 °C< 0.032

f = 400 kHz, B = 0.05T, T = 100°C RM 75G 4 / 750 - 15 P

Gapped cores Material AL value [nH] Approx.air gap s [mm] Designation

10G / 26G 40 ± 3% 0.40 RM XXG 4 / 40 - 41 10G / 26G 63 ± 3 % 0.16 RM XXG 4 / 63 - 41

10G / 26G 100 ± 3 % 0.10 RM XXG 4 / 100 - 41

10G / 26G 160 ± 3 % 0. 06 RM XXG 4 / 160 - 41

35G / 45G / 55G / 75G 63 ± 3 % 0.19 RM XXG 4 / 63 - 41P

35G / 45G / 55G / 75G 100 ± 3 % 0.12 RM XXG 4 / 100 - 41P

35G / 45G / 55G / 75G 160 ± 5 % 0.08 RM XXG 4 / 160 - 00P XX type of requested ferrite materials: 10G,26G,35G,45G, 55G,75G! Core in accordance with IEC 431! RM cores are supplied as set!

a c d2 d3 d4 h1 h2 h3 f b g 10.4 11.0

9.4 9.8

7.95 8.35

3.7 3.9

2.0 2.1

5.15 5.25

3.5 3.7

4.3754.625 ≥5.8

4.2 4.6

1.65 1.95

RM04

RM cores

Data Sheet


Accessories Coil former Adjustment screws Inlet screw nut Clamp

RM4-61-08

Designation Color marking

Material Dimensions

a+0.2 [mm] b-0.1 [mm]

Range

AL [nH]

AL

[nH]

∆L/L

[%]

R4/5/11-1F 80 yellow 1F 7.1 3.1 25-100 100 13

R4/5/11-16G 80 red 16G 7.1 3.1 100-160 160 14

R4/5/11

R4/5-51 A4-02

RM04

Designation Material lN [mm] AN [mm2] ϑmax [°C]

at soldering

RM4-61-08 vyncolite 20 1 x 7.7 400 (2s)

RM cores

Data Sheet



RM../..-..P

Σ l/A 1.2 mm-1 le 17.3 mm Ae 14.5 mm2 Amin 11.3 mm2 Ve 221 mm3 Approx. weight: 1.2 g/set Dimensions [mm]

Ungapped cores

Material AL value [nH] µe Designation

19G 2100 + 30 / - 20 % 1995 RM 19G 4LP/2100-15P 12G 5000 + 40 / - 30 % 4750 RM 12G 4LP/5000 – 17P 32G 5500 + 40 / - 30 % 5225 RM 32G 4LP/5500 – 17P


35G 1300

+ 30 / - 20 % ≥ 320

f = 25kHz, H = 250 A/m, T = 100 °C< 0.71

f = 400 kHz, B = 0.05T, T = 100°C RM 35G 4LP/1300-15P

45G 1300

+ 30 / - 20 % ≥ 330

f = 25kHz, H = 250 A/m, T = 100 °C< 0.040

f = 100 kHz, B = 0.1 T, T = 100 °C RM 45G 4LP/1300 – 15P

55G 1050

+ 30 / - 20 % ≥ 350

f = 25kHz, H = 250 A/m, T = 100 °C< 0.038

f = 400 kHz, B = 0.05T, T = 100°C RM 55G 4LP/1050 – 15P

65G 1200

+ 30 / - 20 % ≥ 350

f = 25kHz, H = 250 A/m, T = 100 °C< 0.02

f = 100 kHz, B = 0.1T, T = 100°C RM 65G 4LP/1200 – 15P

75G 900

+ 30 / - 20 % ≥ 350

f = 25kHz, H = 250 A/m, T = 100 °C< 0.027

f = 400 kHz, B = 0.05T, T = 100°C RM 75G 4LP/900 – 15P

Gapped cores Material AL value [nH] Approx.air gap s [mm] Designation

35G/45G/55G/65G/75G 39 ± 3 % 0.51 RM XXG 4LP/39 – 41P

35G/45G/55G/65G/75G 63 ± 3 % 0.28 RM XXG 4LP/63 – 41P

35G/45G/55G/65G/75G 70 ± 5 % 0.22 RM XXG 4LP/70 – 00P

35G/45G/55G/65G/75G 100 ± 3 % 0.13 RM XXG 4LP/100 – 41P

35G/45G/55G/65G/75G 160 ± 3 % 0.07 RM XXG 4LP/160 – 41P

35G/45G/55G/65G/75G 260 ± 10 % 0.04 RM XXG 4LP/260 – 40P XX type of requested ferrite materials: 35G,45G, 55G,65G,75G! Core in accordance with IEC 431! RM cores are supplied as set!

a c d2 d3 d4 h1 h2 h3 f b g 10.4 11.0

9.4 9.8

7.95 8.35

3.7 3.9

- 7.6 7.8

4.3 4.7

6.1 6.5

> 5.84.2 4.6

-

RM04 LP

RM cores

Data Sheet


Technical data for cores (per set)

With centre hole

RM../..-.. Without centre hole

RM../..-..P

Σ l/A 1.0 0.93 mm-1 le 20.8 22.1 mm Ae 20.8 23.8 mm2

Amin 15.0 18.0 mm2 Ve 430 526 mm3

Approx. weight: 2.9 g/set; 3 g/set Dimensions [mm]


10G 750 ± 25 % 597 RM 10G 5 / 750 - 00

26G 1600 ± 25 % 1297 RM 26G 5 / 1600 - 00

19G 3500 + 30 / -20 % 2588 RM 19G 5 / 3500 - 15 P 22G 5200 + 30 / -20 % 3844 RM 22G 5 / 5200 - 15 P 12G 6700 + 40 / - 30 % 4953 RM 12G 5 / 6700 - 17 P 32G 9600 + 40 / - 30 % 7097 RM 32G 5 / 9600 - 17 P


45G 2000

+ 30 / - 20 % ≥ 330

f = 25kHz, H = 250 A/m, T = 100 °C< 0.062

f = 100 kHz, B = 0.1T, T = 100 °C RM 45G 5 / 2000 - 15 P

35G 2000

+ 30 / - 20 % ≥ 320

f = 25kHz, H = 250 A/m, T = 100 °C< 0.121

f = 400 kHz, B = 0.05T, T = 100°C RM 35G 5 / 2000 - 15 P

55G 1600

+ 30 / - 20 % ≥ 350

f = 25kHz, H = 250 A/m, T = 100 °C< 0.073

f = 400 kHz, B = 0.05T, T = 100°C RM 55G 5 / 1600 - 15 P

65G 1800

+ 30 / - 20 % ≥ 350

f = 25kHz, H = 250 A/m, T = 100 °C< 0.039

f = 100 kHz, B = 0.1T, T = 100°C RM 65G 5 / 1800 - 15 P

75G 1300

+ 30 / - 20 % ≥ 350

f = 25kHz, H = 250 A/m, T = 100 °C< 0.054

f = 400 kHz, B = 0.05T, T = 100°C RM 75G 5 / 1300 - 15 P

Gapped cores Material AL value [nH] Approx. air gap s [mm] Designation

10G / 26G 160 ± 3 % 0.12 RM XXG 5 / 160 - 41

10G / 26G 250 ± 3 % 0.07 RM XXG 5 / 250 - 41

10G / 26G 315 ± 3 % 0.05 RM XXG 5 / 315 - 41

35G/45G/55G/65G/75G 160 ± 3 % 0.16 RM XXG 5 / 160 - 41P

35G/45G/55G/65G/75G 250 ± 3 % 0.1 RM XXG 5 / 250 - 41P

35G/45G/55G/65G/75G 315 ± 5 % 0.07 RM XXG 5 / 315 - 00P XX type of requested ferrite materials: 10G, 26G, 35G, 45G, 55G, 65G, 75G! Core in accordance with IEC 431! RM cores are supplied as set!

a c d2 d3 d4 h1 h2 h3 f b g 14.0 14.6

11.8 12.3

10.2 10.6

4.7 4.9

2.0 2.1

5.15 5.25

3.15 3.35

4.3754.625 ≥6.0

6.4 6.8

1.65 1.95

RM05

RM cores

Data Sheet


Accessories Coil former

RM5-41-08 RM5-42-08

RM5-51-08 RM5-52-08

RM5-61-08

RM05


at soldering

RM5-41-08

RM5-42-08

RM5-51-08

RM5-52-08

RM5-61-08

vyncolite 25

1 x 9,5

2 x 4,35

1 x 9,5

2 x 4,35

1 x 9.5

400 (2s)

RM cores

Data Sheet


Adjustment screw Inlet screw nut Clamp

A5-02 R4/5-51

Designation Color marking Material

Dimensions

a-0.2 [mm] b-0.1 [mm] AL [nH]

AL

[nH]

∆L/L

[%]

R4/5/11-1F 80 yellow 1F 7.1 3.1 40-125 125 13

R4/5/11-16G 80 red 16G 7.1 3.1 160-200 160

200

17

13

R5-16G 81 green 16G 7.1 3.1 250-315 250

315

14

11

R4/5/11

RM05

RM cores

Data Sheet



Without centre hole

RM../..-..P

Σ l/A 0.74 mm-1 le 17.5 mm Ae 23.8 mm2

Amin 18 mm2 Ve 420 mm3

Approx. weight: 2.6 g/set Dimensions [mm]


19G 3900 + 30 / -20 % 2283 RM 19G 5LP/3500 – 15P

22G 6000 + 30 / -20 % 3844 RM 22G 5LP/5200 – 15P

12G 7400 + 40 / - 30 % 4332 RM 12G 5LP/7400 – 17P

32G 10400 + 40 / - 30 % 6088 RM 32G 5LP/10400 – 17P


35G 2300

+ 30 / - 20 % ≥ 320

f = 25kHz, H = 250 A/m, T = 100 °C< 0.108

f = 400 kHz, B = 0.05T, T = 100°C RM 35G 5LP/2300 – 15P

45G 2300

+ 30 / - 20 % ≥ 330

f = 25kHz, H = 250 A/m, T = 100 °C< 0.059

f = 100 kHz, B = 0.1T, T = 100 °C RM 45G 5LP/2300 – 15P

55G 1900

+ 30 / - 20 % ≥ 350

f = 25kHz, H = 250 A/m, T = 100 °C< 0.061

f = 400 kHz, B = 0.05T, T = 100°C RM 55G 5LP/1900 – 15P

65G 2100

+ 30 / - 20 % ≥ 350

f = 25kHz, H = 250 A/m, T = 100 °C< 0.034

f = 100 kHz, B = 0.1T, T = 100°C RM 65G 5LP/2100 – 15P

75G 1500

+ 30 / - 20 % ≥ 350

f = 25kHz, H = 250 A/m, T = 100 °C< 0.047

f = 400 kHz, B = 0.05T, T = 100°C RM 75G 5LP/1500 – 15P


35G/45G/55G/65G/75G 160 ± 3 % 0.18 RM XX 5LP/160 - 41 35G/45G/55G/65G/75G 315 ± 3 % 0.08 RM XX 5LP/315 - 41

XX type of requested ferrite materials: 35G, 45G, 55G,65G,75G! Core in accordance with IEC 431! RM cores are supplied as set!

a c d2 d3 d4 h1 h2 h3 f b g 14.0 14.6

11.8 12.3

10.2 10.6

4.7 4.8

- 7.6 7.8

3.6 3.9

6.05 6.55 ≥ 6.0

6.4 6.8

-

RM05 LP

RM cores

Data Sheet




RM../..-..P

Σ l/A 0.86 0.78 mm-1 le 26.9 28.6 mm Ae 31.3 36.6 mm2 Amin 23.4 31.0 mm2 Ve 840 1050 mm3 Approx. weight: 4.9 g/set; 5.3 g/set Dimensions [mm]

a c d2 d3 d4 h1 h2 h3 f b g 17.2 17.9

14.1 14.7

12.4 12.9

6.2 6.4

3.0 3.1

6.15 6.25

4.0 4.2

5.0455.295 >8.4

7.7 8.2

1.75 2.05

Ungapped cores


10G 900 ± 25 % 616 RM 10G 6 / 900 - 00

26G 2100 ± 25 % 1435 RM 26G 6 / 2100 - 00

19G 4300 +30 / -20 % 2675 RM 19G 6 / 4300 - 15 P 22G 6200 +30 / -20 % 3857 RM 22G 6 / 6200 - 15 P 12G 8600 +40 / -30 % 5350 RM 12G 6 / 8600 - 17 P 32G 12300 +40 / -30 % 6061 RM 32G 6 / 12300 - 17 P


15G 2200

+ 30 / - 20 % ≥ 330

f = 25kHz, H = 250 A/m, T = 100 °C< 0.18

f = 25 kHz, B = 0.2 T, T = 100 °C RM 15G 6 / 2200 - 15 P

45G 2400

+ 30 / - 20 % ≥ 330

f = 25kHz, H = 250 A/m, T = 100 °C< 0.14

f = 100 kHz, B = 0.1 T, T = 100 °C RM 45G 6 / 2400 - 15 P

35G 2400

+ 30 / - 20 % ≥ 320

f = 25kHz, H = 250 A/m, T = 100 °C< 0.27

f = 400 kHz, B = 0.05T, T = 100°C RM 35G 6 / 2400 - 15 P

55G 2000

+ 30 / - 20 % ≥ 350

f = 25kHz, H = 250 A/m, T = 100 °C< 0.15

f = 400 kHz, B = 0.05T, T = 100°C RM 55G 6 / 2000 - 15 P

65G 2200

+ 30 / - 20 % ≥ 350

f = 25kHz, H = 250 A/m, T = 100 °C< 0.086

f = 100 kHz, B = 0.1T, T = 100°C RM 65G 6 / 2200 - 15 P

75G 1600

+ 30 / - 20 % ≥ 350

f = 25kHz, H = 250 A/m, T = 100 °C< 0.12

f = 400 kHz, B = 0.05T, T = 100°C RM 75G 6 / 1600 - 15 P


10G / 26G 160 ± 3 % 0.22 RM XXG 6 / 160 - 41 10G / 26G 250 ± 3 % 0.12 RM XXG 6 / 250 - 41 10G / 26G 315 ± 3 % 0. 08 RM XXG 6 / 315 - 41 10G / 26G 400 ± 5 % 0.05 RM XXG 6 / 400 - 00

15G/ 5G/45G/55G/65G/75G 63 ± 3 % 0.6 RM XXG 6 / 63 - 41P 15G/ 5G/45G/55G/65G/75G 100 ± 3 % 0.13 RM XXG 6 / 100 - 41P

RM06

RM cores

Data Sheet


15G/ 5G/45G/55G/65G/75G 160 ± 3 % 0.12 RM XXG 6 / 160 - 41P 15G/ 5G/45G/55G/65G/75G 250 ± 3 % 0.15 RM XXG 6 / 250 - 41P 15G/ 5G/45G/55G/65G/75G 315 ± 3 % 0.11 RM XXG 6 / 315 - 41P 15G/ 5G/45G/55G/65G/75G 400 ± 5 % 0.07 RM XXG 6 / 400 - 00P 15G/ 5G/45G/55G/65G/75G 630 ± 5 % 0.05 RM XXG 6 / 630 - 00P XX type of requested ferrite materials: 10G, 26G, 35G, 45G, 55G,65G,75G! Core in accordance with IEC 431! RM cores are supplied as set! Accessories Coil former


at soldering

RM6-41-08

RM6-42-08

RM6-51-08

RM6-52-08

RM6-61-08

RM6-62-08

vyncolite 30

1 x 15

2 x 7

1 x 15

2 x 7

1 x 15

2 x 7

400 (2s)

RM06

RM cores

Data Sheet


Adjustment screw

Inlet screw nut Clamp

RM6-41-08 RM6-42-08

RM6-51-08 RM6-52-08

RM6-61-08 RM6-62-08


Dimensions

a+0.3[mm] b-0.1 [mm]

Range of

AL [nH]

AL

[nH]

∆L/L

[%]

R6/18-6G 80 red 16G 8.5 3.4 100-200 160

200

15

12

R6/18-16G 81 black 16G 9.5 3.6 200-400

250

315

400

20

17

12

R9/18-16G 82 yellow 16G 9.5 3.6 315-630 315

400

21

17

R6/18

R6/14/18-51

A6-02

RM06

RM cores

Data Sheet



RM../..-..P

Σ l/A 0.78 mm-1 le 28.6 mm Ae 36.6 mm2 Amin 31 mm2 Ve 1050 mm3 Approx. weight: 4.0 g/set Dimensions [mm]

a c d2 d3 d4 h1 h2 h3 f b g 17.2 17.9

14.1 14.7

12.4 12.9

6.2 6.4

- 8.8 9.0

4.5 4.9

6.59 7.09 ≥ 8.4

7.8 8.2

-

Ungapped cores


19G 5000 +30 / -20 % 2371 RM 19G 6LP/5000 – 15P 12G 11000 + 40 / - 30 % 5216 RM 12G 6LP/11000 – 17P 32G 13500 + 40 / - 30 % 6402 RM 32G 6LP/13500 – 17P


35G 2800

+ 30 / - 20 % ≥ 320

f = 25kHz, H = 250 A/m, T = 100 °C< 0.234

f = 400 kHz, B = 0.05T, T = 100°C RM 35G 6LP/2800 – 15P

45G 2800

+ 30 / - 20 % ≥ 330

f = 25kHz, H = 250 A/m, T = 100 °C< 0.129

f = 100 kHz, B = 0.1 T, T = 100 °C RM 45G 6LP/2800 – 15P

55G 2400

+ 30 / - 20 % ≥ 350

f = 25kHz, H = 250 A/m, T = 100 °C< 0.128

f = 400 kHz, B = 0.05T, T = 100°C RM 55G 6LP/2400 – 15P

65G 2800

+ 30 / - 20 % ≥ 350

f = 25kHz, H = 250 A/m, T = 100 °C< 0.067

f = 100 kHz, B = 0.1T, T = 100°C RM 65G 6LP/2800 – 15P

75G 2100

+ 30 / - 20 % ≥ 350

f = 25kHz, H = 250 A/m, T = 100 °C< 0.091

f = 400 kHz, B = 0.05T, T = 100°C RM 75G 6LP/2100 – 15P


15G/35G/45G/55G/65G/75G 160 ± 3 % 0.23 RM XXG 6LP / 160 - 41P 15G/35G/45G/55G/65G/75G 250 ± 3 % 0.16 RM XXG 6LP / 250 - 41P 15G/35G/45G/55G/65G/75G 315 ± 3 % 0.12 RM XXG 6LP / 315 - 41P XX type of requested ferrite materials: 35G, 45G, 55G,75G! Core in accordance with IEC 431! RM cores are supplied as set!

RM06 LP

RM cores

Data Sheet



With centre hole


RM../..-..P

Σ l/A 0.67 0.59 mm-1 le 35.1 38.0 mm Ae 52.0 64.0 mm2

Amin 44.7 55.0 mm2 Ve 1840 2430 mm3

Approx. weight: 10.7; 12 g/set Dimensions [mm]


10G 1200 ± 25 % 645 RM 10G 8 / 1200 - 00

26G 2600 ± 25 % 1410 RM 26G 8 / 2600 - 00

19G 5700 + 30 / -20 % 2695 RM 19G 8 / 5700 - 15 P 22G 8400 + 30 / -20 % 3971 RM 22G 8 / 8400 - 15 P 12G 12500 + 40 / - 30 % 5909 RM 12G 8 / 12500 - 17 P


15G 3000 + 30 / - 20 %

≥ 330 f = 25kHz, H = 250 A/m, T =

< 0.41 f = 25 kHz, B = 0.2 T, T= 100 °C

RM 15G 8 / 3000 - 15 P

45G 3300 + 30 / - 20 %

≥ 330 f = 25kHz, H = 250 A/m, T =

< 0.34 f = 100 kHz, B = 0.1 T, T= 100 °C

RM 45G 8 / 3300 - 15 P

35G 3300 + 30 / - 20 %

≥ 320 f = 25kHz, H = 250 A/m, T =

< 0.62 f = 400 kHz, B = 0.05 T, T = 100 °C

RM 35G 8 / 3300 - 15 P

55G 2800 + 30 / - 20 %

≥ 350 f = 25kHz, H = 250 A/m, T =

< 0.34 f = 400 kHz, B = 0.05 T, T = 100 °C

RM 55G 8 / 2800 - 15 P

75G 2200 + 30 / - 20 %

≥ 350 f = 25kHz, H = 250 A/m, T =

< 0.26 f = 400 kHz, B = 0.05 T, T = 100 °C

RM 75G 8 / 2200 - 15 P


10G / 26G 100 ± 3 % 0.40 RM XXG 8 / 100 - 41 10G / 26G 250 ± 3 % 0.23 RM XXG 8 / 250 - 41 10G / 26G 315 ± 3 % 0.17 RM XXG 8 / 315 - 41 10G / 26G 400 ± 5 % 0.14 RM XXG 8 / 400 - 00

15G / 35G / 45G / 55G/75G 160 ± 3 % 0.52 RM XXG 8 / 160 - 41P 15G / 35G / 45G / 55G/75G 250 ± 3 % 0.24 RM XXG 8 / 250 - 41P 15G / 35G / 45G / 55G/75G 315 ± 3 % 0.20 RM XXG 8 / 315 - 41P 15G / 35G / 45G / 55G/75G 400 ± 5 % 0.13 RM XXG 8 / 400 - 00P 15G / 35G / 45G / 55G/75G 630 ± 5 % 0.10 RM XXG 8 / 630 - 00P XX type of requested ferrite materials: 10G, 26G, 35G, 45G, 55G,75G! Core in accordance with IEC 431! RM cores are supplied as set!

a c d2 d3 d4 h1 h2 h3 b f g 22.3 23.2

18.9 19.7

17.0 17.6

8.25 8.55

4.4 4.6

8.15 8.25

5.4 5.6

7.0257.275 >9.8

10.6 11

2.75 3.05

RM08

RM cores

Data Sheet


Accessories Coil former

RM8-51-08 RM8-52-08

RM8-81-08 RM8-82-08

RM8-121-08 RM8-122-08


at soldering

RM8-51-08

RM8-52-08

RM8-81-08

RM8-82-08

RM8-121-08

vyncolite 42

1 x 30

2 x 14.2

1 x 30

2 x 14.2

1 x 30

400 (2s)

RM08

RM cores

Data Sheet


Adjustment screws Inlet screw nut Clamp

R8/22

R8/22-51 A8-02


Dimensions

a+0.3[mm] b-0.1 [mm]

Range of

AL [nH]

AL

[nH]

∆L/L

[%]

R8/22-16G 81 black 16G 12.6 4.9 200-630 400

630

17

10

RM08

RM cores

Data Sheet



Without centre hole

RM../..-..P

Σ l/A 0.59 mm-1 le 38.0 mm Ae 64 mm2

Amin 55 mm2 Ve 2340 mm3

Approx. weight: 9.2 g/set Dimensions [mm]

Ungapped cores


19G 6700 + 30 / -20 % 2392 RM 19G 8LP/6700 - 15P 12G 14500 + 40 / - 30 % 5177 RM 12G 8LP/14500 - 17P 32G 17000 + 40 / - 30 % 6070 RM 32G 8LP/17000 - 17P


35G 4000 + 30 / - 20 %

≥ 320 f = 25kHz, H = 250 A/m, T = 100 °C

< 0.508 f = 400 kHz, B = 0.05 T, T = 100 °C

RM 35G 8LP/4000 – 15P

45G 4000 + 30 / - 20 %

≥ 330 f = 25kHz, H = 250 A/m, T = 100 °C

< 0.280 f = 100 kHz, B = 0.1 T, T= 100 °C

RM 45G 8LP/4000 – 15P

55G 3400 + 30 / - 20 %

≥ 350 f = 25kHz, H = 250 A/m, T = 100 °C

< 0.281 f = 400 kHz, B = 0.05 T, T = 100 °C

RM 55G 8LP/3400 – 15P

65G 3800 + 30 / - 20 %

≥ 350 f = 25kHz, H = 250 A/m, T = 100 °C

< 0.154 f = 100 kHz, B = 0.1 T, T = 100 °C

RM 65G 8LP/3800 – 15P

75G 2800 + 30 / - 20 %

≥ 350 f = 25kHz, H = 250 A/m, T = 100 °C

< 0.205 f = 400 kHz, B = 0.05 T, T = 100 °C

RM 75G 8LP/2800 – 15P

Gapped cores

Material AL value [nH] Approx. air gap s [mm] Designation 15G/5G/45G/55G/65G/75G 160 ± 3 % 0.55 RM XXG 8LP / 160 - 41P XX type of requested ferrite materials: 35G, 45G, 55G,65G,75G! Core in accordance with IEC 431! RM cores are supplied as set!

a c d2 d3 d4 h1 h2 h3 b f g 22.3 23.2

18.9 19.7

17.0 17.6

8.25 8.55

- 11.4 11.6

5.9 6.3

9.12 9.68 ≥ 9.8

10.6 11

-

RM08 LP

RM cores

Data Sheet




RM../..-..P

Σ l/A 0.5 0.45 mm-1 le 42.0 44.0 mm Ae 83 98 mm2 Amin 76.2 80.9 mm2 Ve 3470 4310 mm3 Approx. weight: 20.5 g/set; 22.5 g/set

Dimensions [mm]


10G 1700 ± 25 % 685 RM 10G 10 / 1700 - 00

26G 4000 ± 25 % 1430 RM 26G 10/ 4000 - 00

19G 7600 + 30 / -20 % 2717 RM 19G 10 / 7600 - 15 P

22G 11000 + 30 / -20 % 3932 RM 22G 10 / 11000 - 15 P

12G 16000 + 40 / - 30 % 5719 RM 12G 10 / 16000 - 17 P


15G 4000

+ 30 / - 20 % ≥ 320

f = 25kHz, H = 250 A/m, T = 100 °C< 0.70

f = 25 kHz, B = 0.2 T, T = 100 °C RM 15G 10 / 4000 - 15 P

35G 4300

+ 30 / - 20 % ≥ 315

f = 25kHz, H = 250 A/m, T = 100 °C< 1.04

f = 400 kHz, B = 0.05T, T = 100°C RM 35G 10 / 4300 - 15 P

45G 4300

+ 30 / - 20 % ≥ 320

f = 25kHz, H = 250 A/m, T = 100 °C< 0.53

f = 100 kHz, B = 0.1 T, T = 100 °C RM 45G 10 / 4300 - 15 P

55G 3700

+ 30 / - 20 % ≥ 350

f = 25kHz, H = 250 A/m, T = 100 °C< 0.58

f = 400 kHz, B = 0.05T, T = 100°C RM 55G 10 / 3700 - 15 P

75G 3000

+ 30 / - 20 % ≥ 350

f = 25kHz, H = 250 A/m, T = 100 °C< 0.52

f = 400 kHz, B = 0.05T, T = 100°C RM 75G 10 / 3000 - 15 P


10G / 26G 315 ± 3 % 0.28 RM XXG 10 / 315 - 41

10G / 26G 400 ± 3 % 0.21 RM XXG 10 / 400 - 41

15G / 35G / 45G / 65G/75G 315 ± 3 % 0.32 RM XXG 10 / 315 - 41P

15G / 35G / 45G / 65G/75G 400 ± 3 % 0.24 RM XXG 10 / 400 - 41P

15G / 35G / 45G / 65G/75G 630 ± 3 % 0.14 RM XXG 10 / 630 - 41P

XX type of requested ferrite materials: 16G, 26G, 15G, 35G, 45G, 65G! Core in accordance with IEC 431! RM cores are supplied as set!

a c d2 d3 d4 h1 h2 h3 f b 27.2 28.5

23.6 24.7

21.2 22.1

10.4 10.9

5.4 5.6

9.25 9.35

6.2 6.5

7.9758.225 >10.9

13 13.5

RM10

RM cores

Data Sheet


Accessories Coil former Clamp

RM10-81-08 RM10-82-08

RM10-101-08 RM10-102-08

RM10-121-08 RM10-122-08

RM10

Designation lN [mm] AN [mm2] ϑmax [°C]

at soldering

No. of

sections

RM10-111-08

RM10-112-08

RM10-101-08

RM10-102-08

RM10-81-08

RM10-82-08

RM10-51-08

RM10-52-08

RM10-121-08

52

1 x 51.5

2 x 19.5

1 x 41.5

2 x 19.5

1 x 41.5

2 x 19.5

1 x 41.5

2 x 19.5

1 x 41.5

400 (2s)

1

2

1

2

1

2

1

2

1

RM cores

Data Sheet



RM../..-..P

Σ l/A 0.45 mm-1 le 44.0 mm Ae 98 mm2 Amin 80.9 mm2 Ve 4310 mm3 Approx. weight: 17.2 g/set

Dimensions [mm]


19G 8800 + 30 / 20 % 2424 RM 19G 10LP/8800 – 15P

12G 18000 + 40 / 30 % 4957 RM 12G 10LP/18000 – 17P


35G 5100

+ 30 / - 20 % ≥ 315

f = 25kHz, H = 250 A/m, T = 100 °C< 0.898

f = 400 kHz, B = 0.05T, T = 100°C RM 35G 10LP/5100 – 15P

45G 5100

+ 30 / - 20 % ≥ 320

f = 25kHz, H = 250 A/m, T = 100 °C< 0.494

f = 100 kHz, B = 0.1 T, T = 100 °C RM 45G 10LP/5100 – 15P

55G 4400

+ 30 / - 20 % ≥ 350

f = 25kHz, H = 250 A/m, T = 100 °C< 0.489

f = 400 kHz, B = 0.05 T, T = 100 °C RM 55G 10LP/4400 – 15P

75G 3700

+ 30 / - 20 % ≥ 350

f = 25kHz, H = 250 A/m, T = 100 °C< 0.350

f = 400 kHz, B = 0.05T, T = 100°C RM 75G 10LP/3700 – 15P


15G / 35G / 45G / 55G/75G 400 ± 3 % 0.20 RM 35G 10LP / 450 - 00P

XX type of requested ferrite materials: 35G, 45G, 55G, 75G! Core in accordance with IEC 431! RM cores are supplied as set!

a c d2 d3 d4 h1 h2 h3 f b 27.2 28.5

23.6 24.7

21.2 22.1

10.4 10.9

- 12.8 13.0

6.7 7.1

10.2510.75 >10.9 -

RM10 LP

RM cores

Data Sheet



With centre hole RM../..-..

Σ l/A 0.4 mm-1

le 71 mm Ae 178 mm2 Amin 154 mm2 Ve 12600 mm3 Approx. weight: 64.3 g/set Dimensions [mm]

Ungapped cores


19G 8700 + 30 / -20 % 2763 RM 19G 14 / 8700 - 15 Material AL value [nH] B [mT] PV [W/set] Designation

15G 4500

+ 30 / - 20 % ≥ 320

f = 25kHz, H = 250 A/m, T = 100 °C< 2.14

f = 25 kHz, B = 0.2 T, T = 100 °C RM 15G 14 / 4500 - 15

35G 5300

+ 30 / - 20 % ≥ 315

f = 25kHz, H = 250 A/m, T = 100 °C< 2.92

f = 400 kHz, B = 0.05T, T = 100 °C RM 35G 14 / 5300 - 15

45G 5300

+ 30 / - 20 % ≥ 320

f = 25kHz, H = 250 A/m, T = 100 °C< 1.5

f = 100 kHz, B = 0.1 T, T = 100 °C RM 45G 14 / 5300 - 15

55G 4500

+ 30 / - 20 % ≥ 350

f = 25kHz, H = 250 A/m, T = 100 °C< 1.65

f = 400 kHz, B = 0.05T, T = 100 °C RM 55G 14 / 4500 - 15

75G 3500

+ 30 / - 20 % ≥ 350

f = 25kHz, H = 250 A/m, T = 100 °C< 1.28

f = 400 kHz, B = 0.05T, T = 100 °C RM 75G 14 / 3500 - 15

Gapped cores

Material AL value [nH] Approx. air gap s [mm] Designation

15G / 45G / 35G 160 ± 3 % 1.9 RM XXG 14 / 160 - 41

15G / 45G / 35G 250 ± 3 % 1.0 RM XXG 14 / 250 - 41

15G / 45G / 35G 315 ± 3 % 0.7 RM XXG 14 / 315 - 41

15G / 45G / 35G 400 ± 3 % 0. 45 RM XXG 14 / 400 - 41

15G / 45G / 35G 630 ± 3 % 0.3 RM XXG 14/ 630 - 41

XX type of requested ferrite materials: 15G, 35G, 45G,55G,75G! Core in accordance with IEC 431! RM cores are supplied as set!

a c d2 d3 d4 h1 h2 h3 f b 40.8 42.2

33.5 34.7

29.0 30.2

14.4 15.0

5.4 5.6

14.4 14.5

10.4 10.7

12.8 13.0

>15.018.4 19

RM14

rm cores - docs.rs-online.com · 1100 + 30 / - 20 % ≥ 320 f = 25khz, h = 250 a/m, t = 100 °c...

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