BPC SERIES Search Results

planar Resistor BPC

Contextual Info: J .A \ s M ODEL BPC SERIES Non-Inductive Planar Thick Film Power Resistor Network STANDARD TYPES BPC 3 3 Watts, Nominal BPC 5 5 Watts, Nominal BPC 7 7.5 Watts, Nominal BPC 10 10 Watts, Nominal ELECTRICAL | BPC 3, BPC 5, BPC 7:1 to 200K, BPC 10: 3 to 200K Resistance Range, Ohms

planar Resistor BPC

Contextual Info: MODEL BPC SERIES Non-Inductive Planar Thick Film Power Resistor Network STANDARD TYPES BPC 3 BPC 5 BPC 7 BPC 10 3 Watts, Nominal 5 Watts, Nominal 7.5 Watts, Nominal 10 Watts, Nominal ELECTRICAL Resistance Range, Ohms Resistance Tolerances BPC 3, BPC 5, BPC 7:1 to 200K, BPC 10: 3 to 200K

UPS APC

Abstract: UPS APC CIRCUIT MIL-R-83401 POWER SUPPLY BOARD 94V0 5W resistor 10 ohms
Contextual Info: M ODEL NEW PRODUCT BPC SERIES Non-Inductive Planar Thick Film Pow er Resistor N etwork STAN D AR D TYPES BPC 3 3 Watts, Nominal BPC 5 5 Watts, Nominal BPC 7 7.5 Watts, Nominal BPC 10 10 Watts, Nominal ELECTRICAL Resistance Range, Ohms BPC 3, BPC 5, BPC 7:1 to 200K, BPC 10: 3 to 200K

Contextual Info: MODEL BPC SERIES Non-Inductive Planar Thick Film Power Resistor Network STANDARD TYPES BPC 3 BPC 5 BPC 7 BPC 10 3 Watts 5 Watts 7.5 Watts 10 Watts FEATURES APPLICATIONS • High power density • Power is dissipated above circuit board • Low temperature solder

planar Resistor BPC

Abstract: BPC SERIES MIL-R-83401 POWER SUPPLY BOARD 94V0 c 5W resistor 10 ohms
Contextual Info: MODEL BPC SERIES Noninductive Planar Thick Film Power Resistor Network STANDARD TYPES BPC 3 BPC 5 BPC 7 BPC 10 3 Watts 5 Watts 7.5 Watts 10 Watts FEATURES • High power density • Power is dissipated above circuit board • Low temperature solder • Board layout flexibility

BI HM00

Abstract: FBL-00-256 resistor 5W 1Ohm FBL-00 planar transformer charger planar Resistor BPC power resistor 3w fBL 00 BI Technologies HM31
Contextual Info: BPC-Series-AN 4C .qxd 8/9/03 7:59 am Page 3 Resistive Components BPC Series Power Resistors Non-inductive Planar Thick Film Power Resistors • Planar thick film • Low inductance • High frequency operation • Vertical mount • Low board level temperature

FBL-00-256

Abstract: FBL-00 FBL-00-103 resistor 1K 5w dissipation planar Resistor BPC 1M resistor frequency FBL00256 FBL-00256 Wirewound Resistors 5 watt ceramic HM31
Contextual Info: APPLICATION NOTES BPC SERIES POWER RESISTOR APPLICATIONS BI Technologies offers the BPC Series of noninductive, planar, thick film, power resistors for current limiting, power supply circuits and snubber circuits. Manufactured using 96% alumina substrates

Contextual Info: Resistors Make Possible 3W to 10W Planar High Power Resistors BPC Series Non-Inductive planar package High power density. Thin package for high density PCB installation. Power dissipated above the board. RoHS compliant. Applications Power supply pre-load resistors.

planar Resistor BPC

Abstract: bleeder Resistor
Contextual Info: 3W to 10W Planar High Power Resistors BPC Series • Non-Inductive planar package · High power density. · Thin package for high density PCB installation. · Power dissipated above the board. · RoHS compliant.Benefits Applications Power supply pre-load resistors.

planar Resistor BPC

Abstract: BPC SERIES
Contextual Info: 3W to 10W Planar High Power Resistors BPC Series • Non-Inductive planar package · High power density. · Thin package for high density PCB installation. · Power dissipated above the board. · RoHS compliant.Benefits Applications Power supply pre-load resistors.

Contextual Info: 3W to 10W Planar High Power Resistors BPC Series • · · · · Non-Inductive planar package High power density. Thin package for high density PCB installation. Power dissipated above the board. RoHS compliant.Benefits Applications Power supply pre-load resistors.

Contextual Info: 3W to 10W Planar High Power Resistors BPC Series • Non-Inductive planar package · High power density. · Thin package for high density PCB installation. · Power dissipated above the board. · RoHS compliant. Applications Power supply pre-load resistors.

Contextual Info: BKS-S39 Connectors/Cardholders BKS-S39-D32 for use with BALLUFF BTA-P Digital Card used with BTL-P Transducer BKS-S39-F48 for use with BALLUFF BMC/BPC (Programmable Switches) and BTA-A (Analog Card used with BTL-P Transducer) and BIS-C (Electronic Identification System BIS-B-408)

Contextual Info: it .3 5399 Series. r -T r i-S :a 'i k e /T .tiy.va y Polar ratio*' Shell Size 11, 13, and 15 : 17 i and r 19 Key ?. •Ceyw.iy arrangement identification tette- Arrara AP ESC BPC BSC c r BSC DP0 BSC -•ik • 1 -3 5 1 ' -98 N 95 141 208 236 A B C D E 1 13

GBPC15

Abstract: GBPC15005 GBPC1510 GBPC25 GBPC25005 GBPC35
Contextual Info: TAIWAN SEMICONDUCTOR [ s Pb RoHS COMPLIANCE GBPC15, 25, 35 SERIES High Current 15,25, 35 AMPS. Single Phase Glass Passivated Bridge Rectifiers GBPC GBPC-W Features ❖ -v- -v-$• -$• UL Recognized file # E-326243 The plastic material used carries Underwriters

M32R

Abstract: 0x800004 0209
Contextual Info: GRADE MAEC TECHNICAL NEWS A No. M32R-03-0209 M32R/ECU Series: Note on Using Interrupts Classification Corrections and supplementary explanation of document √ Notes Knowhow Others Concerned Products M32R/ECU Series [Note] When all of the following conditions occur at the same time and an interrupt for A’ is

sm 0038 PIN DIAGRAM

Abstract: 001C 00FF M32000D3FP M32R
Contextual Info: ADVANCED AND EVER ADVANCING MITSUBISHI ELECTRIC MITSUBISHI 32-BIT SINGLE-CHIP MICROCOMPUTER M32R family / M32R/D series M32000D3FP User's Manual 1997-03-31 This manual was prepared during the development stage of this product. Consequently, some of the information may differ from the actual delivered product.

M32R

Abstract: 001C 00FF M32000D3FP
Contextual Info: ADVANCED AND EVER ADVANCING MITSUBISHI ELECTRIC MITSUBISHI 32-BIT SINGLE-CHIP MICROCOMPUTER M32R family / M32R/D series M32000D3FP User's Manual 1998-05-31 MITSUBISHI ELECTRIC KEEP SAFETY FIRST IN YOUR CIRCUIT DESIGNS ! Mitsubishi Electric Corporation puts the maximum effort into making semiconductor

M32000D4AFP

Abstract: sm 0038 001C 00FF M32R
Contextual Info: ADVANCED AND EVER ADVANCING MITSUBISHI ELECTRIC MITSUBISHI 32-BIT SINGLE-CHIP MICROCOMPUTER M32R family / M32R/D series M32000D4AFP User's Manual 1998-05-31 MITSUBISHI ELECTRIC KEEP SAFETY FIRST IN YOUR CIRCUIT DESIGNS ! Mitsubishi Electric Corporation puts the maximum effort into making semiconductor

Contextual Info: ADVANCED AND EVER ADVANCING MITSUBISHI ELECTRIC MITSUBISHI 32-BIT SINGLE-CHIP MICROCOMPUTER M32R family / M32R/D series M32000D4AFP User's Manual 1997-10-31 This m anual w as prepa red du ring the d e v e lo p m e n t stage of this product. Consequently, some of the information may differ from the actual delivered product.

W777777

Contextual Info: ADVANCED AND EVER ADVANCING MITSUBISHI ELECTRIC MITSUBISHI 32-BIT SINGLE-CHIP MICROCOMPUTER M32R family / M32R/D series M32000D3FP User’s Manua 1998-1-16 This manual was prepared during the developm ent stage of this product. Consequently, some of the information may differ from the actual delivered product.

JPC BATTERY

Abstract: BD 7214 LTC1068IG-25 DC-104 TA11A WIRING DIAGRAM up to 500khz center frequency bandpass filter
Contextual Info: LTC1068 Series Clock-Tunable, Quad Second Order, Filter Building Blocks U DESCRIPTIO FEATURES • ■ ■ ■ ■ The LTC 1068 product family consists of four monolithic clock-tunable filter building blocks. Each product contains four matched, low noise, high accuracy 2nd order switchedcapacitor filter sections. An external clock tunes the center

Contextual Info: LTC1068 Series Clock-Tunable, Quad Second Order, Filter Building Blocks FEATURES • ■ ■ ■ U ■ DESCRIPTIO Four Identical 2nd Order Filter Sections in an SSOP Package 2nd Order Section Center Frequency Error: ±0.3% Typical and ±0.8% Maximum Low Noise per 2nd Order Section, Q ≤ 5:

LTC1068-200CG

Abstract: r44 marking
Contextual Info: LTC1068 Series Clock-Tunable, Quad Second Order, Filter Building Blocks FEATURES DESCRIPTION Four Identical 2nd Order Filter Sections in an SSOP Package n 2nd Order Section Center Frequency Error: ± 0.3% Typical and ±0.8% Maximum n Low Noise per 2nd Order Section, Q ≤ 5: