RELE 12V
Abstract: latching solenoid SOLENOID 24V pull type solenoid coils DATASHEET RELE solenoid solenoid 12v "Solenoid
Text: ITALIANA RELE TYPE RM1 Magnetically Latching Solenoid Bistable linear solenoids ideally suited for all battery operated DC applications, featuring the possibility to keep its plunger closed due to the action of a permanent magnet. Solenoid will maintain its state as
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I-20032
RELE 12V
latching solenoid
SOLENOID 24V
pull type solenoid coils
DATASHEET RELE
solenoid
solenoid 12v
"Solenoid
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power-one 6,24
Abstract: rele 12v 6 pin MPB150 MPB150-2012G MPB150-2024G MPB150-2048G RELE 12V
Text: MPB150 Dual-Output AC-DC Series Data Sheet Adva n Prod ced u Rele ct ase Features • RoHS compliant for all six substances • High power density in an industry-standard 3" x 5" footprint • Power Factor Correction PFC meets EN61000-3-2 • Main output remote sense
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MPB150
EN61000-3-2
EN61000-4-2/-3/-4/-5
power-one 6,24
rele 12v 6 pin
MPB150-2012G
MPB150-2024G
MPB150-2048G
RELE 12V
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coil if
Abstract: A12225
Text: DO NOT SCALE DR AW IN G iJl'KHCKi IOCS' IF IN DOUBT ASK! S P E C I F I C A T I O N CONTACT ARRANGEMENT CONTACT MATERIAL CONTACT RATING RESISTIVE 1 FORM A. 1 FORM C SILVER ALLOY 20A 014V DC FOR FORM 1A 20A 014V DC (NO). 10A «14V DC (NC) FOR FORM 1C OPERATING LIFE— MECHANICAL
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HOA2001
Abstract: No abstract text available
Text: HOA2001 Transmissive Optoschmitt Sensor FEATURES • Direct TTL interface • Buffer logie • 0.060 in. 1.52 mm dia. detector aperture • 0.120 in.(3.05 mm) slot width • 0.050 ìn.(1.27) offset pin circle detector eads DESCRIPTION The HOA2001 consists of an infrared emitting diode
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HOA2001
HOA2001
SEP8506
SDP8600.
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CF2-12V
Abstract: power window motor 12v Dc motor power window circuits cf2q-12v Rele Automotive 12V power automotive relay 12v dc RELE 12V 20C106 RH -12V RELAY
Text: CF NEW DUAL POWER AUTOMOTIVE RELAY 22.5 16.5 650 CF-RELAYS Normally Normally Open Closed 17 Amp Steady/30 Amp Inrush current capability 1Simple footprint enables ease of PC board layout Common Standard type Quiet type mm inch SPECIFICATIONS Contact Characteristics
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Steady/30
CF2-12V,
CF2-12V
power window motor 12v
Dc motor power window circuits
cf2q-12v
Rele Automotive 12V
power automotive relay 12v dc
RELE 12V
20C106
RH -12V RELAY
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Hitachi Three-Phase Motor Driver
Abstract: HA13403V Hall amplifier HA13403 HA13403MP 12v dc motor control diagram Hitachi Scans-001 R/Detector/"detect18 ic"/"CD"/HAI3403
Text: HA13403, H A13403V, H A 13403M P -Three-Phase Brushless Motor Driver Description T he H A 13403 is a m on o lith ic p o w er IC developed for use as a three-phase brushless D C m o to r driver. W ith a m axim um o u tp u t cu rren t o f 1.5 A /phase and p o w er supply voltage o f
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HA13403,
A13403V,
HA13403MP-
HAI3403
HA13403
SP-23TA
A13403V
SP-23TB
KA13403MP
MP-28
Hitachi Three-Phase Motor Driver
HA13403V
Hall amplifier
HA13403MP
12v dc motor control diagram
Hitachi Scans-001
R/Detector/"detect18 ic"/"CD"/HAI3403
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Untitled
Abstract: No abstract text available
Text: JA 1 HORSE-POWER COMPACT POWER RELAYS JA-RELAYS UL File No.: E57520 CSA File No.: LR26550 TMP type TM type mm in c h • High switching capacity — 55 A inrush, 15 A steady state inductive load 1 Form A • Particularly suitable for air conditioners, dish washers,
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E57520
LR26550
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9342 ic diagram
Abstract: CE411
Text: S iD e X HS9342 * C o rp o ra tio n ^ Corporation4 SIGNAL PROCESSING EXCELLENCE 12-BIT, SPACE SAVING QUAD DAC FEATURES • Four 12-bit DAC's in a single p a c k a g e ■ Low power: 750 mW typ, 1.12W max ■ Double buffered input structure for ¡¿P interface
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HS9342
12-BIT,
12-bit
28-pin
HS93ective
9342C
9342 ic diagram
CE411
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Untitled
Abstract: No abstract text available
Text: / U T SGS-THOMSON *7 # M28F256 i]D g ® iL i© ir ® © [iO (g i CMOS 256K (32K x 8 FLASH MEMORY FAST ACCESS TIME: 100ns 1,000 ERASE/PROGRAM CYCLES 12V PROGRAMM ING VOLTAGE TYPICAL BYTE PROGRAMM ING TIM E 100us (PRESTO F PROGRAMMING) ELECTRICAL CHIP ERASE IN 1s RANGE
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M28F256
100ns
100us
28F256
PDIP32
PLCC32
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Untitled
Abstract: No abstract text available
Text: /= 7 ^7 # « S G S -T H O M S O N 5iD i@iLi©T Q MD(gi M28F102 CMOS 1 Megabit (64K x 16) FLASH MEMORY ADVANCE DATA • FAST ACCESS TIME: 100ns ■ LOW POWER CONSUMPTION - Standby Current: 100(iA Max ■\ ■ 10,000 ERASE/PROGRAM CYCLES ■ 12V PROGRAMMING VOLTAGE
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M28F102
100ns
PDIP40
PLCC44
M28F102
PDIP40
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M28F512
Abstract: PDIP32 PLCC32 m28f512-25
Text: /= T S G S -T H O M S O N ^ 7 # !M g ^ (Q iti(M (Q M (g § M28F512 CMOS 512K (64K x 8) FLASH MEMORY • FAST ACCESS TIME: 100ns ■ LOW POWER CONSUMPTION - Standby Current: 200|iA Max ■ 10,000 ERASE/PROGRAM CYCLES ■ 12V PROGRAMMING VOLTAGE ■ TYPICAL BYTE PROGRAMMING TIME 10ns
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M28F512
100ns
200nA
M28F512
PDIP32
PLCC32
m28f512-25
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M27C128A
Abstract: 1N914 M27C128
Text: r=7 SCS-THOMSON 7 ^ M27C128A # M g ^ (Q i^ (g irG M [](g S CMOS 128K (16K x 8) UV EPROM ADVANCE DATA • VERY FAST ACCESS TIME: 120ns ■ COMPATIBLE WITH HIGH SPEED MICRO PROCESSORS, ZERO WAIT STATE ■ LOW POWER “CMOS” CONSUMPTION: - Active Current 30mA
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M27C128A
120ns
M27C128A
FDIP28W
MMEUIC73WK5Â
1N914
M27C128
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Untitled
Abstract: No abstract text available
Text: FZ7 ^ 7 # S G S -T H O M S O N M É M S i( £ M M M28F256A O ( g § CMOS 256K (32K x 8 FLASH MEMORY • FAST ACC ESS TIME: 100ns ■ LOW POWER CONSUMPTION - Standby Current: 200|iA Max ■ 10,000 ERASE/PROGRAM CYCLES ■ 12V PROGRAMM ING VOLTAGE ■ TYPICAL BYTE PROGRAMING TIM E 10ns
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M28F256A
100ns
28F256A
PDIP32
PLCC32
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1N914
Abstract: M28F102 PDIP40 PLCC44
Text: SGS-THOMSON *7 Æ * M28F102 [M ]D g ^ (Q E [L E ¥^ (Q )R O D © ï CMOS 1 Megabit (64K x 16) FLASH MEMORY ADVANCE DATA • FAST ACCESS TIME: 100ns ■ LOW POWER CONSUMPTION - Standby Current: 10O^A Max ■ 10,000 ERASE/PROGRAM CYCLES ■ 12V PROGRAMMING VOLTAGE
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M28F102
100ns
PDIP40
PLCC44
M28F102
PDIP40
PLCC44
1N914
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Untitled
Abstract: No abstract text available
Text: /= 7 S G S -TH O M S O N M27C4001 CMOS 4 Megabit 512K x 8 UV EPROM and OTP ROM • VERY FAST ACCESS TIME: 80ns ■ CO M PATIBLE W ITH HIGH SPEED M IC R O PROCESSORS, ZERO W AIT STATE ■ LOW POWER “C M O S” CONSUMPTION: - Active Current 50m A at 5MHz
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M27C4001
48sec.
M27C4001
FDIP32W
PDIP32
LCCC32W
PLCC32
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M27128A
Abstract: 33kq
Text: SCS-THOMSON ^ 7 # M27128A ^ D [ ^ © iL [ E g ^ (S ^ D © Ì NMOS 128K (16K x 8) UV EPROM • FAST ACCESS TIME: 200ns ■ EXTENDED TEM PERATURE RANGE ■ SINGLE 5 V SUPPLY VOLTAGE ■ LOW STANDBY CURRENT: 40m A max ■ TTL COMPATIBLE DURING READ AND PRO
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M27128A
200ns
FDIP28W
M27128A
FDIP28W
33kq
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27C1000
Abstract: ST 27C1000 27C1000 eprom Am27C1000
Text: r=J SGS-THOMSON M27C1000 CMOS 1 Megabit 128K x 8 UV EPROM and OTP ROM • VERY FAST ACCESS TIME: 80ns ■ CO M PATIBLE W ITH HIGH SPEED M IC R O PROCESSORS, ZERO W AIT STATE ■ LOW POWER “CMOS" CONSUMPTION: - Active Current 30mA - Standby Current 10O^A
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M27C1000
12sec.
M27C1000
FDIP32W
PD1P32
27C1000
ST 27C1000
27C1000 eprom
Am27C1000
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27C4002
Abstract: 12V fluo HN27C4096ACC-10 27C4002
Text: *¿7=#7. SGS-1H0MS0N M !MI[Li(gïï (Q [10(êS M27C4002 CMOS 4 Megabit (256K x 16) UV EPROM and OTP ROM • VERY FAST ACC ESS TIME: 100ns ■ CO M PATIBLE W ITH HIGH SPEED M IC R O PROCESSORS, ZER O W AIT STATE ■ LOW POWER “CM OS” CONSUMPTION: - Active Current 50m A at 5MHz
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M27C4002
100ns
100jiA
24sec.
27C4002
M27C4002
FDIP40W
RDIP40
PLCC44
12V fluo
HN27C4096ACC-10 27C4002
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M27C4001
Abstract: M27V401 PLCC32
Text: S G S -TH O M S O N M27V401 LOW VOLTAGE CMOS 4 Megabit 512K x 8 UV EPROM and OTP ROM ADVANCE DATA • LOW VOLTAGE READ OPERATION - V cc Range: 3V to 5.5V (T a = 0 to 70°C) - V cc Range: 3.2V to 5.5V (T a = - 4 0 to 85°C) ■ ACC ESS TIME: 200 and 250ns
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M27V401
250ns
LCCC32W,
PLCC32
48sec.
M27V401
M27C4001
PLCC32
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Untitled
Abstract: No abstract text available
Text: SGS-THOMSON ^ 7 # M27C4001 ^ 0 g ^ @ [E L [E ^ (Q R 3 0 (g i CMOS 4 Megabit (512K x 8) UV EPROM and OTP ROM • VERY FAST ACCESS TIME: 80ns ■ COMPATIBLE WITH HIGH SPEED MICRO PROCESSORS, ZERO WAIT STATE ■ LOW POWER “CMOS” CONSUMPTION: - Active Current 50mA at 5MHz
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M27C4001
48sec.
M27C4001
FDIP32W
PDIP32
PLCC32
LCCC32W
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Untitled
Abstract: No abstract text available
Text: / = 7 SCS-THOMSON ^ 7 # M iM iŒ ( i* ( Q M M27C516 ( g § CMOS 512K (32K x 16 UV EPROM and OTP ROM • FAST ACC ESS TIME: 120ns ■ CO M PATIBLE W ITH HIGH SPEED M IC R O PROCESSORS, ZERO W AIT STATE ■ LOW POWER “CM O S” CONSUMPTION: - Active Current 30mA
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M27C516
120ns
M27C516
M27C516,
FDIP40W
PLCC44
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Untitled
Abstract: No abstract text available
Text: r Z J SGS-THOMSON [ L ir a » « M27C2001 CMOS 2 Megabit 256K x 8 UV EPROM and OTP ROM • VERY FAST ACCESS TIME: 80ns ■ COMPATIBLE WITH HIGH SPEED MICRO PROCESSORS, ZERO WAIT STATE ■ LOW POWER "CMOS" CONSUMPTION: - Active Current 30mA - Standby Current 100nA
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M27C2001
100nA
24sec.
M27C2001
C2001
FDIP32W
PDIP32
LCCC32W
PLCC32
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27C160
Abstract: No abstract text available
Text: r i7 S G S -TH O M S O N M27C160 CMOS 16 Megabit 2M x 8 or 1M x 16 UV EPROM ADVANCE DATA • FAST ACC ESS TIME: 150ns ■ W O RD-W IDE or BYTE-W IDE CONFIGURABLE ■ 16 Megabit, 42 Pin, MASK ROM COMPATIBLE ■ LOW POWER CONSUMPTION - Active Current 70m A at 8MHz
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M27C160
150ns
10sec.
M27C160
27C160
FDIP42W
27C160
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Untitled
Abstract: No abstract text available
Text: SGS-lfiOMSON M27V201 m LOW VOLTAGE CMOS 2 Megabit 256K x 8 UV EPROM and OTP ROM LOW VOLTAGE READ OPERATION - Vcc Range: 3V to 5.5V (Ta = 0 to 70°C) - Vcc Range: 3.2V to 5.5V (T a = -4 0 to 85°C) ACCESS TIME: 200 and 250ns LOW POWER "CMOS" CONSUMPTION:
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M27V201
250ns
LCCC32W,
PLCC32
TSOP32
24sec.
M27V201
M27C2001
r--------------------148
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