LT10 200V Search Results

Contextual Info: Q Series R. F. Shielded Chokes 1.438" ±0.188 36.525mm ±4.77 0.410" ±0.020 10.414mm ±0.51 0.162" ±0.010 4.115mm ±0.25 22 AWG Color coded in accordance with MIL-C-15305. Series Q Grade/ Style Class Inductance 0.10–10,000 µH LT10 1/A Max. oper. temp.

LT10

Abstract: MIL-C-15305 QS100K QS120K QS220K QS330K
Contextual Info: Q Series R. F. Shielded Chokes 1.438" ±0.188 36.525mm ±4.77 0.410" ±0.020 10.414mm ±0.51 0.162" ±0.010 4.115mm ±0.25 22 AWG Color coded in accordance with MIL-C-15305. Max. Grade/ oper. Series Inductance Style Class temp. Q 0.10–10,000 µH LT10 1/A

Contextual Info: Q Series R. F. Shielded Chokes 0.410" ±0.020 10.414mm ±0.51 1.438" ±0.188 36.525mm ±4.77 0.162" ±0.010 4.115mm ±0.25 22 AWG Color coded in accordance with MIL-C-15305. Max. Grade/ oper. Series Inductance Style Class temp. Q 0.10–10,000 µH LT10 1/A

Contextual Info: Q Series R. F. Shielded Chokes 1.438" ±0.188 36.525mm ±4.77 0.410" ±0.020 10.414mm ±0.51 0.162" ±0.010 4.115mm ±0.25 22 AWG Color coded in accordance with MIL-C-15305. Series Q Grade/ Style Class Inductance 0.10–10,000 µH LT10 1/A Max. oper. temp.

km331

Abstract: MS75008-28 MIL-C-15305 MS75008 xm105 km8-21 ms90541-1 MS90539-1 RM102 RM221
Contextual Info: Stock part numbers and availability Download Datasheet PDF K, R, S, V & X Series R. F. Molded Chokes Color coded in accordance with MIL-C-15305 Grade/ S, V & X Inductance (µH) 0.15-4.7 µH 0.56-1000 µH 0.15-2.7 µH 3.3-27 µH 270-10,000 µH Style LT4 LT10

KM-133

Abstract: KM220M
Contextual Info: K, R, S, V & X Series R. F. Molded Choices — 1 .4 3 8 " ± 0 .1 8 8 - 36.525mm ±4.77 Color coded in accordance with MIL-C-15305. Max. Max. Style Class temp. rise LT4 LT10 1/B 1/A 125°C 105°C 35°C 15°C 90°C 1 1000VRMS 200VRMS 5 lbs. 70,000 ft. K Phenolic

JM152K

Contextual Info: H & J Series R. F. Molded Chokes 1.438" ±0.188 36.525mm ±4.77 L D Color coded in accordance with MIL-C-15305. Series Construction Inductance Max. Max Dielectric Terminal Grade/ oper. temp. Ambient withstanding voltage temp. (sea level) (reduced pressure) pull

Contextual Info: H & J Series R. F. Molded Chokes 1.438" ±0.188 36.525mm ±4.77 L D Color coded in accordance with MIL-C-15305 Series Construction HM JM Inductance Max. Max Dielectric Grade/ oper. temp. Ambient withstanding voltage Terminal Style Class temp. rise temp. (sea level)

HM100K

Abstract: HM120K HM150K HM220K LT10 MIL-C-15305 HM471K hm561 LM3661TL-1.25
Contextual Info: H & J Series R. F. Molded Chokes 1.438" ±0.188 36.525mm ±4.77 L D Color coded in accordance with MIL-C-15305 Series Construction HM JM Phenolic Powd. iron Ferrite Phenolic Powd. iron Ferrite Inductance 0.10–0.47 µH 0.56–100 µH 120–270 µH 0.10–1.0 µH

Contextual Info: H & J Series R. F. Molded Chokes 1.438" ±0.188 36.525mm ±4.77 L D Color coded in accordance with MIL-C-15305. Series Construction Inductance Max. Max Dielectric Terminal Grade/ oper. temp. Ambient withstanding voltage temp. (sea level) (reduced pressure) pull

jm102

Abstract: HM100K HM120K HM150K HM220K LT10 MIL-C-15305
Contextual Info: This product has been DISCONTINUED H & J Series R. F. Molded Chokes 1.438" ±0.188 36.525mm ±4.77 L D Color coded in accordance with MIL-C-15305 Series Construction HM JM Phenolic Powd. iron Ferrite Phenolic Powd. iron Ferrite Inductance 0.10–0.47 µH

Contextual Info: This product has been DISCONTINUED H & J Series R. F. Molded Chokes 1.438" ±0.188 36.525mm ±4.77 L D Color coded in accordance with MIL-C-15305 Series Construction HM JM Phenolic Powd. iron Ferrite Phenolic Powd. iron Ferrite Inductance 0.10–0.47 µH

KM220M

Abstract: MIL-C-15305 KM150M KM330M KM470M KM560K LT10 km222k RM820K
Contextual Info: K, R, S, V & X Series R. F. Molded Chokes 1.438" ±0.188 36.525mm ±4.77 L D Color coded in accordance with MIL-C-15305. Series Construction K R S, V &X Inductance Style Grade/ Class Max. oper. temp. 1/B 1/A 1/B 1/A 1/A 125°C 105°C 125°C 105°C 105°C

XM47

Abstract: KM-133
Contextual Info: K, R, S, V & X Series 1.438" ±0.188 36.525mm ±4.77 R. F. Molded Chokes L D Color coded in accordance with MIL-C-15305. Series Construction Inductance Style Grade/ Class Max. oper. temp. 1/B 1/A 1/B 1/A 1/A 125°C 105°C 125°C 105°C 105°C Phenolic 0.15–4.7 µH LT4

XM105

Contextual Info: K, R, S, V & X Series R. F. Molded Chokes 1.438" ±0.188 36.525mm ±4.77 L D Color coded in accordance with MIL-C-15305. Series Construction Inductance Max. Max. Dielectric Grade/ oper. temp. Ambient withstanding voltage Terminal rise temp. (sea level) (reduced pressure) pull

Contextual Info: K, R, S, V & X Series R. F. Molded Chokes 1.438" ±0.188 36.525mm ±4.77 L D Color coded in accordance with MIL-C-15305. Series Construction Inductance Max. Max. Dielectric Grade/ oper. temp. Ambient withstanding voltage Terminal rise temp. (sea level) (reduced pressure) pull

M470K

Abstract: M560K M273K M270K M332 M152K m471k M332K
Contextual Info: OHMITE Manufacturing Company Inductive Components LITTLE HENRIES" H Series R. F. Molded Chokes H M 100K H M120K H M 150K H M180K H M220K H M270K H M330K H M390K H M470K H M560K H M680K H M820K H M101K H M121K H M151K H M181K H M221K H M271K HW331K H M391K

s8 223j

Abstract: s6 5n 822j MS75089 MS75089-23 MS75088-13 S75087
Contextual Info: OHMITE LITTLE HENRIES" Inductive Components K Series Manufacturing Company R. F. Molded Chokes 1 4 3 8 ! 188 -3 6 525-± 4 7 7- 156 - 0 1 0 - 3 . 9 6 2 a- 25 '0 K M 150M K M 220M K M 330M K M 470M KM 5 60 K 18130-1 18130-2 18130-3 18130-4 18130-5 KM 680K KM 820K

Contextual Info: Q Series This product has been DISCONTINUED R. F. Shielded Chokes 1.438" ±0.188 36.525mm ±4.77 0.410" ±0.020 10.414mm ±0.51 0.162" ±0.010 4.115mm ±0.25 22 AWG Color coded in accordance with MIL-C-15305. Max. Grade/ oper. Series Inductance Style Class temp.

LT10

Abstract: MIL-C-15305 QS100K QS120K QS220K QS330K MS-75089
Contextual Info: Q Series This product has been DISCONTINUED R. F. Shielded Chokes 1.438" ±0.188 36.525mm ±4.77 0.410" ±0.020 10.414mm ±0.51 0.162" ±0.010 4.115mm ±0.25 22 AWG Color coded in accordance with MIL-C-15305. Max. Grade/ oper. Series Inductance Style Class temp.

op07 equivalent single supply

Abstract: T1012A LT1364 equivalent LT318A LT1256 equivalent LTC1150 equivalent lt1056c LTC1051 1013D LT1022A
Contextual Info: Op Amp Selection Guide Selection by Design Parameter High Slew Rate Typ Slew Rate Low Power < 50 liA < 1m A < 60|iA > 400V/HS > 50V/ JS >10V/|iS Maximum Supply Current (per Amplifier L F41 2A (D ) LM118/318 LT1190 LT1230 (Q) LT1022ALL LT118A/318A LT1191 LT1252

an 503 hall sensor

Abstract: LT1074 design manual MBB745 LT1074/LTPG e3 74c122 ic 7490 pin diagram 3055 5C pnp transistor IC 92112 m8r745 3055 5c pnp
Contextual Info: Lirm Application Note 35 TECHNOLOGY August 1989 Step Down Switching Regulators Jim Williams A substantial percentage of regulator requirements in­ volve stepping down the primary voltage. Although linear regulators can do this, they cannot achieve the efficiency

choke 380 476

Abstract: LT10 MIL-C-15305 QS100K QS120K QS153
Contextual Info: Q Series 0.410" ±0.020 10.414mm ±0.51 — 1.438" ±0.188 - i— 0.162" ±0.010 36.525mm +4.77 4.115mm ±0.25 R. F. Shielded Chokes - H i l l .t-a 22 AWG C o lo r c o d e d in a c c o rd a n c e w ith M IL -C -1 5 3 0 5 . Inductance Style Grade/ Class

CLAREX

Abstract: Vactec optocoupler 118MFRTD BLH ELECTRONICS CALIBRATION TF5SX17ZZ VTL5C10 50hz wien oscillator VTL5C1 Wheatstone Bridge amplifier Sage Laboratories Phase Shifters
Contextual Info: rrun^Aß J Ê k tm F Application Note 43 TECHNOLOGY June 1990 Bridge Circuits Marrying Gain and Balance Jim Williams Bridge circuits are among the most elemental and powerful electrical tools. They are found in measurement, switching, oscillator and transducer circuits. Additionally, bridge tech­