ICL7663 EQUIVALENT Search Results

ICL76638

Abstract: ICL7663
Contextual Info: >kiyjxi>ki P rogram m able P ositive Voltage R eg u lato r _ G en eral D escription -F eatu res The Maxim ICL7663 is a high efficiency positive voltage regulator with a quiescent current of less than 10p,A. The

ICL7663

Contextual Info: y k iy j x iy k i Programmable Positive Voltage Regulator _ Features The Maxim ICL7663 is a high efficiency positive voltage regulator with a quiescent current of less than 10>i.A. The output voltage is set by two external resistors to any volt­

ICL7663

Abstract: ICL7663CSA max icl7663
Contextual Info: >kiyjxi>ki 19-0961; R e v 1; 4 /9 4 Programmable Positive Voltage Regulator _ F e a tu re s ♦ Improved 2nd Source! See 3rd page for “Maxim Advantage7“” . The Maxim ICL7663A is an enhanced version of the ICL7663, with a 1 % accurate voltage reference, which

ICL76631JA

Abstract: ICL7663 Q002 MOS Q002 ICL7663 equivalent ICL7663A ICL7663CSA ICL7663ITV
Contextual Info: 19-0961; Rev 1; 4/94 y n v i x i y n P ro g ram m ab le P ositive Voltage R eg u lato r _ F e a tu re s The Maxim ICL7663 is a high efficiency positive voltage regulator with a quiescent current of less than 1OjuA The output voltage is set by two external resistors to any volt­

ICL7663 equivalent

Abstract: L7660 L7663A lt 7233
Contextual Info: 19-0961; R e v 1; 4 /9 4 > k i y j x i > k i P ro g ram m ab le P ositive Voltage R eg u lato r _ F e a tu re s ♦ Improved 2nd Source! See 3rd page for “Maxim Advantage7“” . T h e M axim IC L7663A is an en h a n c e d versio n o f th e

L7663

Abstract: ICL7563
Contextual Info: Ì9-G9Ó!, Rev i. 4/9-1 y k i y j x i y k i Programmable Positive Voltage Regulator _ F ea tures t h e M axim IC L7663 is a high e fficie n cy po sitive vo lta g e re g u la to r w ith a q u ie scent current o f less than 1O jjA T h e

tsc4429

Abstract: TSC7660 TSC7107 TSC7106 TSC7109 TSC7117 TSC1426 TSC7650 tsc4427 lt1174
Contextual Info: Code Key: PU – PP – FE – SP – Plug-In Upgrade Pin-for-Pin Compatible Functional Equivalent Similar Part AMCC MAXIM S3005 S3006 S3017 S3023 S3024 S3025 S3026 S3027 S3028B S3033 S3040 S3043 S3044 S3047 S3049 S3050 MAX3690 MAX3680 MAX3690 MAX3675 MAX3675

TSC7660

Abstract: tsc4429 TSC7117 TSC7106 tsc7650 tsc7107 lt1174 TSC7109 TLV2274 transistor mc331
Contextual Info: Code Key: PU – Plug-In Upgrade PP – Pin-for-Pin Compatible FE – Functional Equivalent SP – Similar Part Industry Cross-Reference Guide CODE AMCC MAXIM S3005 S3006 S3017 S3023 S3024 S3025 S3026 S3027 S3028B S3033 S3040 S3043 S3044 S3047 S3049 S3050

MAX663

Abstract: MAX666 equivalent MAX666
Contextual Info: 19-0921; Rev 1; 7/96 V M ^ X IV M Dual Mode 5V/Programmable Micropower Voltage Regulator» _ Features ♦ Dual Mod* Operation: Fixed +5V or Adjustable from +1.3V lo +18V ♦ Low Power CMOS: 1g»iA Max Quiaecant Currant ♦ 40mA Output Currant, wtlh Currant Limiting

MAX663

Abstract: MAX663CPA MAX666 MAX666CPA ICL7663 ICL7664 MAX663CSA MAX663EPA MAX664 MAX66X
Contextual Info: VMXXiyM 19-0921; Rev 1; 7/96 Dual Modem5V/Program m able M icropow er Voltage Regulators General Description The MAX663/664/666 CMOS voltage regulators have a maximum quiescent current of 12/uA. They can be used either as 5 volt, fixed output regulators with no

MAX663

Abstract: MAX666CPA MAX663CPA ICL7663 ICL7664 MAX663CSA MAX663EPA MAX664 MAX666
Contextual Info: yM X X IVM 19-0921; Rev 1; 7/96 Dual Modem5V/Program m able M icropower Voltage Regulators Features The MAX663/664/666 CMOS voltage regulators have a maximum quiescent current of 12juA. They can be

MAX663

Abstract: AX663
Contextual Info: MAXIM I N T E G R A T E D P R O D U C T S SÔ7bbSl 41E D ÜQG430G 3 IMXM D u al M odem5 V/Program m able M icropow er Voltage Regulators - The MAX663/664/666 CMOS voltage regulators have a maximum quiescent current of 12/<A. They can be used either as 5 volt, fixed output regulators with no

Contextual Info: y i / i y i x i y k i Dual Mode 5V/Programmable Micropower Voltage Regulators _ General Description The MAX663/664/666 C M O S voltage regulators have a maximum quiescent current of 12/iA. They can be used either as 5 volt, fixed output regulators with no

MAX663

Abstract: MAX666CPA "MAX663"
Contextual Info: / k l / I X I Æ D ual Mode 5V /P rogram m able M icropow er Voltage Regulators _ General Description _ Features The MAX663/664/666 CMOS voltage regulators have a m axim um quiescent current o f 12/uA. They can be

C1923 transistor

Abstract: transistor c1213 equivalent Transistor C1923 ceramic 1000p capacitors C1923 transistor c1213 TRANSISTOR C53 22P 0805 HIP6004 HIP6200
Contextual Info: Evaluation Tool Demonstrates DeCAPitator Performance HIP6200EVAL1 Application Note August 1998 AN9763.2 Author: Greg J. Miller Introduction The DeCAPitator is designed to reduce the number of bulk capacitors required at the output of a switching DC-DC

Transistor C1923

Abstract: transistor c1213 equivalent C1923 transistor C1923 Switching Regulator 8-SOIC dc-dc 3a mmbt2222alt CR78 C4050 c1213 transistor 1N4148 SOD-123
Contextual Info: Harris Semiconductor No. AN9763.1 Harris Intelligent Power March 1998 Evaluation Tool Demonstrates DeCAPitator Performance HIP6200EVAL1 Author: Greg J. Miller Introduction stage is a high edge-rate transient generator capable of producing 8A (or higher) transients. A block diagram of the

transistor c1213 equivalent

Abstract: C1923 transistor Transistor C1923 C1923 4148s1 HIP6004 HIP6200 HIP6200EVAL1 ICL7663 transistor c1213
Contextual Info: Evaluation Tool Demonstrates DeCAPitator Performance HIP6200EVAL1 Application Note August 1998 AN9763.2 Author: Greg J. Miller Introduction The DeCAPitator is designed to reduce the number of bulk capacitors required at the output of a switching DC-DC

MAX7231

Abstract: CM723 7232 diode
Contextual Info: y n Both devices feature tw o independent annunciators per digit. The MAX7233 drives 4 alphanum eric 18 segment characters. The MAX7234 drives 5 alpha­ num eric 18 segm ent characters. Each device includes an input buffer, d ig it address decoding circ u itry and masK-programmed ROM

ca3140 replacement

Abstract: voltage controlled oscillator ua741 AUTOMATIC temperature controlled fan USING UA741 icl7850 pin diagram of 741 op-amp antilog amplifier PIN DIAGRAM OF IC CA3140 2N5461 replacement lCL7650 LM101 disadvantages
Contextual Info: Harris Semiconductor No. AN053.1 Harris Linear November 1996 The ICL7650S: A New Era in Glitch-Free Chopper Stabilized Amplifiers Author: Peter Bradshaw Introduction Op Amps Historically, the biggest single problem with the application of op amps has been the input offset voltage. This is indicated

MAX666CPA

Abstract: MAX666 equivalent
Contextual Info: yviyixiyki 19-0921; R e v 1: 7/96 D ual Mode 5 V/Program m able M icropow er Voltage Regulators - G eneral Description T h e M A X 6 6 3 positive regu lato r an d M A X 6 6 4 negative re g u la to r a re both pin an d ele ctrically co m p atib le

l7665

Abstract: 7805 5A LT 7805 "Voltage Detector IC" 7805 5V REGULATOR IC THREE TERMINAL WS 7805 icl7665 7805 transistor r21b
Contextual Info: ykiyjxiyki Dual Over/Under Voltage D etecto r ^ _ Features ♦ Improved 2nd Source! See 3rd page for “Maxim Advantage'"” . ♦ Dual Comparator with Precision Internal Reference ♦ 3mA Operating Current ♦ 2% Threshold Accuracy (ICL7665A)

uA741 14 pin IC

Abstract: internal diagram of ua741 IC ua741 PIN DIAGRAM OF IC CA3140 ICL7650 CROSS ICL7600 pin diagram of op-amp ic 741 strain guage LM101 disadvantages op amp 741
Contextual Info: The ICL7650S: A New Era in Glitch-Free Chopper Stabilized Amplifiers TM Application Note July 2001 AN053.2 Author: Peter Bradshaw Introduction Op Amps Historically, the biggest single problem with the application of op amps has been the input offset voltage. This is indicated

internal diagram of ua741 IC

Abstract: ca3140 replacement 741 cookbook ICL7600 IC uA741 Log-Antilog Amplifier op-07 8 legs AUTOMATIC temperature controlled fan USING UA741 22k LOG pot uA741 14 pin IC
Contextual Info: The ICL7650S: A New Era in Glitch-Free Chopper Stabilized Amplifiers Application Note November 1996 AN053.1 Author: Peter Bradshaw Introduction Op Amps Historically, the biggest single problem with the application of op amps has been the input offset voltage. This is indicated

Contextual Info: d ì h a r r is ADC0802, ADC0803 S E M I C O N D U C T O R ^ 8-Bit |xP Compatible A/D Converters December 1993 Description Features • The ADC0802 family are CMOS 8-Bit successive approxi­ mation A/D converters which use a modified potentiometric ladder and are designed to operate with the 8080A control