LT055474A
Abstract: No abstract text available
Text: KANTHAL GLOBAR A Sandvik Company Maxcap Double Layer Capacitors formerly Cesiwid High Energy Density Capacitors for Memory Backup Power One Farad in a 0.85” x 0.63” Package/Up to 2.2 Farads in a Single Package/ NEW II Volt Package KEY FEATURES • Very high capacity in small size. Up to 100
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024x0
877-GLOBAR-2
LT055474A
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Untitled
Abstract: No abstract text available
Text: KANTHAL Globar Non-Inductive GLOBAR Bulk Ceramic Power Resistors A Sandvik Company formerly Cesiwid Non-inductive bulk ceramic construction for uniform distribution of energy throughout resistor body. No film or wire to fail. Choose Type SP for great A-C power
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320 265v
Abstract: MAX807 MAX807L MAX807M MAX807N 100uf 16S
Text: 19-0433; Rev 4; 11/05 Full-Featured µP Supervisory Circuit with ±1.5% Reset Accuracy The MAX807 microprocessor µP supervisory circuit reduces the complexity and number of components needed to monitor power-supply and battery-control functions in µP systems. A 70µA supply current makes the
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MAX807
250mA
16-pin
320 265v
MAX807L
MAX807M
MAX807N
100uf 16S
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max7910
Abstract: CD4013 DATA SHEET CD4013 internal diagram MAX791 MAX791CPE MAX791CSE MAX791CUE MAX791EJE MAX791EPE MAX791ESE
Text: 19-0075; Rev. 7; 11/05 Microprocessor Supervisory Circuit Applications Computers Controllers Portable/BatteryPowered Equipment Critical µP Power Monitoring Intelligent Instruments Features ♦ ♦ ♦ ♦ ♦ ♦ ♦ ♦ ♦ ♦ Precision 4.65V Voltage Monitoring
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200ms
250mA
MAX791
max7910
CD4013 DATA SHEET
CD4013 internal diagram
MAX791
MAX791CPE
MAX791CSE
MAX791CUE
MAX791EJE
MAX791EPE
MAX791ESE
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MAX807
Abstract: MAX807L MAX807M MAX807N
Text: 19-0433; Rev 2; 1/02 Full-Featured µP Supervisory Circuit with ±1.5% Reset Accuracy _Features ♦ Precision 4.675V MAX807L or 4.425V (MAX807M), or 4.575V (MAX807N) Voltage Monitoring • Manual-reset input. • Two-stage power-fail warning. A separate low-line
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MAX807L)
MAX807M)
MAX807N)
MAX807
MAX807L
MAX807M
MAX807N
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1F 5.5V
Abstract: u2 935 216-3340-00-0602 693A LC055105A TEXTOOL 800L MAX691A SP691A SP691ACN
Text: SP691A/693A Evaluation Board Manual • Easy Evaluation for the SP691A/693A Microprocessor Supervisory Circuit ■ Probe Points Accessible for all SP691A/693A Pins & Input Options ■ 16 Pin Narrow SOIC or DIP Sockets Available for the SP691A/693A Circuit
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SP691A/693A
SP691A/693A
MAX691A,
SP691ACN
1F 5.5V
u2 935
216-3340-00-0602
693A
LC055105A
TEXTOOL
800L
MAX691A
SP691A
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320 265v
Abstract: performance of MAX808 MAX807 MAX807L MAX807M MAX807N
Text: 19-0433; Rev 1; 12/99 Full-Featured µP Supervisory Circuit with ±1.5% Reset Accuracy _Features ♦ Precision 4.675V MAX807L or 4.425V (MAX807M), or 4.575V (MAX807N) Voltage Monitoring • Manual-reset input. • Two-stage power-fail warning. A separate low-line
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MAX807L)
MAX807M)
MAX807N)
320 265v
performance of MAX808
MAX807
MAX807L
MAX807M
MAX807N
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LV110474A
Abstract: LJ055105A Kanthal MaxCap LX 0.1F LJ055104A LP055474A LF055224A LM035474A LX055225A Electric Double Layer Capacitors, Radial Lead Type LX055104A
Text: Maxcap Double Layer Capacitors Product Information & Application Data Catalogue 11-B-1-3 10-04-2500 Copyright Kanthal AB. May be reproduced only with proper acknowledgement of the source. This information, which may be subjected to change, is offered solely for your
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11-B-1-3
LV110474A
LJ055105A
Kanthal MaxCap LX 0.1F
LJ055104A
LP055474A
LF055224A
LM035474A
LX055225A
Electric Double Layer Capacitors, Radial Lead Type
LX055104A
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320 265v
Abstract: MAX807L MAX807M MAX807 MAX807N
Text: 19-0433; Rev 3; 4/03 Full-Featured µP Supervisory Circuit with ±1.5% Reset Accuracy _Features ♦ Precision 4.675V MAX807L , 4.425V (MAX807M), or 4.575V (MAX807N) Voltage Monitoring • Manual-reset input. • Two-stage power-fail warning. A separate low-line
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MAX807L)
MAX807M)
MAX807N)
320 265v
MAX807L
MAX807M
MAX807
MAX807N
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MAX791
Abstract: MAX791CPE MAX791CSE MAX791CUE MAX791EJE MAX791EPE MAX791ESE MAX791EUE MAX791MJE MAX7910
Text: 19-0075; Rev. 6; 12/99 Microprocessor Supervisory Circuit Features ♦ ♦ ♦ ♦ ♦ ♦ ♦ ♦ ♦ ♦ Precision 4.65V Voltage Monitoring 200ms Power-OK / Reset Time Delay Independent Watchdog Timer—Preset or Adjustable 1µA Standby Current Power Switching
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200ms
250mA
MAX791CSE
MAX791C/D
MAX791CUE
MAX791EPE
MAX791
MAX791
MAX791CPE
MAX791CSE
MAX791CUE
MAX791EJE
MAX791EPE
MAX791ESE
MAX791EUE
MAX791MJE
MAX7910
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MAX807
Abstract: MAX807L MAX807M MAX807N
Text: 19-0433; Rev 2; 1/02 Full-Featured µP Supervisory Circuit with ±1.5% Reset Accuracy • Manual-reset input. • Two-stage power-fail warning. A separate low-line comparator compares VCC to a threshold 52mV above the reset threshold. This low-line comparator is more
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MAX807L)
MAX807M)
MAX807N)
200ms
MAX807
MAX807L
MAX807M
MAX807N
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CD4013 alternative
Abstract: MAX791 MAX791CPE MAX791CSE MAX791CUE MAX791EJE MAX791EPE MAX791ESE MAX791EUE MAX791MJE
Text: 19-0075; Rev. 6; 12/99 Microprocessor Supervisory Circuit Features ♦ ♦ ♦ ♦ ♦ ♦ ♦ ♦ ♦ ♦ Precision 4.65V Voltage Monitoring 200ms Power-OK / Reset Time Delay Independent Watchdog Timer—Preset or Adjustable 1µA Standby Current Power Switching
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200ms
250mA
MAX791CSE
MAX791C/D
MAX791CUE
MAX791EPE
MAX791
CD4013 alternative
MAX791
MAX791CPE
MAX791CSE
MAX791CUE
MAX791EJE
MAX791EPE
MAX791ESE
MAX791EUE
MAX791MJE
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216-3340-00-0602
Abstract: LC055105A 1F 5.5V TEXTOOL SP791 SP791EB SP791EK
Text: SP791 Evaluation Board Manual • Easy Evaluation for the SP791 Microprocessor Supervisory Circuit ■ Probe Points Accessible for all SP791 Pins ■ 16 Pin Narrow SOIC or DIP Sockets Available for the SP791 Circuit ■ Convenient Layout of Input Option Probe
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SP791
SP791
SP791EB/04
216-3340-00-0602
LC055105A
1F 5.5V
TEXTOOL
SP791EB
SP791EK
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MAX791
Abstract: No abstract text available
Text: 19-0075; Rev. 7; 11/05 Microprocessor Supervisory Circuit Applications Computers Controllers Portable/BatteryPowered Equipment Critical µP Power Monitoring Intelligent Instruments Features ♦ ♦ ♦ ♦ ♦ ♦ ♦ ♦ ♦ ♦ Precision 4.65V Voltage Monitoring
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250mA
MAX791
MAX791
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Untitled
Abstract: No abstract text available
Text: CESIWID Cesiwid Inc. Globar Division P.O. Box 339 Niagara Falls, New York 14302 Telephone 716-278-2521 Fax 716-278-6270 Globar Bulk Ceramic Varistors Product Information Globar bulk ceramic varistors, also called VDR’s voltagedependent resistors , are non-linear resistors with large
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463BNR
927BNR
233BNR
234BNR
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Untitled
Abstract: No abstract text available
Text: Cesiwid Inc. P.O. Box 339 3425 Hyde Park Blvd. Niagara Falls, New York 14302 Telephone 716-286-7610 Fax 716-286-7601 Non-Inductive Bulk Ceramic Resistors Product Information Cesiwid bulk ceramic resistors are problem solvers for: Impulse generators Snubber circuits
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Untitled
Abstract: No abstract text available
Text: *CESIS001* Cesiwid Inc. Globar Division P.O. Box 339 N iagara Falls, New York 14302 Telephone 716-278-2521 Fax 716-278-6270 Globar Bulk Ceramic Thermistors Product Information Globar bulk ceram ic therm istors are tem perature dependent resistors offered in a wide variety of resistance-temperature
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CESIS001*
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Untitled
Abstract: No abstract text available
Text: KANTHAL GLOBAR A S a n d v ik C o m p a n y SERIES 500SP NON-INDUCTIVE BULK CERAMIC SLAB RESISTORS Series 500SP Non-Inductive Bulk Ceramic Slab Resistors from CESIWID provide high power and energy dissipation in a compact size. Proprietary bulk ceramic “SP” material is used in a simple, yet
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500SP
500SP
C-1005
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Untitled
Abstract: No abstract text available
Text: KANTHAL v6Siwiu i Hi;. P.O. Box 339 3425 Hyde Park Blvd. Niagara Falls, New York 14302 Telephone 716-286-7610 G LOBAR A Sandvik Company Non-Inductive Bulk Ceramic Resistors Cnu *7-1C OOC 7CiH I a A f IU"£.UU" f UU 1 Product Information Cesiwid bulk ceramic resistors are
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C-1001
M/11/94
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Untitled
Abstract: No abstract text available
Text: *CESIS002* CESIWID Cesiwid Inc. Globar Division P.O. Box 339 Niagara Falls, New York 14302 Telephone 716-278-2521 Fax 716-278-6270 Globar Non-Inductive Bulk Ceramic Resistors Product Information G lo b a r bu lk c e ra m ic resisto rs are pro b le m solvers for:
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CESIS002*
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Cesiwid
Abstract: 1,0F 5,5v MAXCAP LT055474A LP055104A 5.5v 0.047f lc055104 LP055105A LC055225A LF055104A
Text: CESIWID Maxcap Double layer Capacitors Maxcap Double Layer Capacitors T a b le o f C o n t e n t s ^ P r o d u c t In fo r m a tio n a n d 1 Product O v e rv ie w . 3
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