The Datasheet Archive

Top Results (6)

Part Manufacturer Description Datasheet Download Buy Part
LT1949-1EMS8TR Linear Technology IC PWM DC/DC CONV 1A SWTCH 8MSOP
LTM8022IV#PBF-ES Linear Technology 1A, 36V DC/DC Module
LTM8020IV#PBF-ES Linear Technology 200mA, 36V DC/DC Module
LTM8023IV#PBF-ES Linear Technology 2A, 36V DC/DC Module
LTC1263IS8#TR Linear Technology IC CONV DC/DC FLASHMEM 12V 8SOIC
LTM4600DCM#PBF Linear Technology IC DC/DC UMODULE 10A 104-LGA

Direct replacement to LH0033 Datasheets Context Search

Catalog Datasheet MFG & Type PDF Document Tags
JFET TRANSISTOR REPLACEMENT GUIDE j201

Abstract: J201 spice J108 SOT-23 FET DATASHEET OF TRANSISTOR 2N5485 JFET TRANSISTOR REPLACEMENT GUIDE Direct replacement to LH0033 FET equivalent of 2N4352 2N4352 FET EQUIVALENT U402 N CHANNEL FET s0 sot-23 mosfet
Text: ) Vcc, Icc (±V/mA) Package Direct replacement to LH0033 100 1500 0.98 12/100 15/18 12G Direct replacement to LH0002 50 200 0.97 10/100 15/6 8H, 10N Bandwidth , 2 20 12G P/N Description LH0033 LH0002 * * Call for Packaging Options Amplifiers ±15V Supply P/N Description LH0032 Direct replacement to LH0032 * * #N=NO# OF , SOT-23 to the large heatsinked SIP-11 lead packages for the power amplifiers. All wafer fabrication


Original
PDF OT-23 JFET TRANSISTOR REPLACEMENT GUIDE j201 J201 spice J108 SOT-23 FET DATASHEET OF TRANSISTOR 2N5485 JFET TRANSISTOR REPLACEMENT GUIDE Direct replacement to LH0033 FET equivalent of 2N4352 2N4352 FET EQUIVALENT U402 N CHANNEL FET s0 sot-23 mosfet
Direct replacement to LH0033

Abstract: clm6121 M72S CLM4163 "Direct Replacement" N08A CLM4325 LH0032 M08B high speed op amp voltage booster
Text: /14 8N, 16M LH0033 Direct replacement to National's LH0033 100 1500 0.98 12/100 15/18 12G LH0002 Direct replacement to National's LH0002 50 200 0.97 10/100 15/6 8H, 10N CA2003 Direct replacement to Elantec's EL2003 50 1200 0.99 13/105 15/10 8N.8H CLM4103 Improved direct replacement to Elantec's EL2003 , to National's LM6121 180 4000 0.97 13.3/140 15/7.5 8N, 8M CLM4102 Improved direct replacement to Elantec's EL2002 400 11,000 0.97 10/200 17/6 8N, 20M CLM6121 Improved direct replacement to National


OCR Scan
PDF 350MHz CLM4125/CLM4225/CLM4325 350MHz 100mA CLM4125 350MHz. CLM4140 00V/HS, 80MHz CLM6181 Direct replacement to LH0033 clm6121 M72S CLM4163 "Direct Replacement" N08A CLM4325 LH0032 M08B high speed op amp voltage booster
q406 transistor

Abstract: equivalent q406 q406 jfet cascode Direct replacement to LH0033 transistor q406 LH00 MAX460IGC EL2005G EL2005CG
Text: input voltage follower similar and pin compatible to the LH0033 , but with input specifications significantly improved over the older device. This device is a direct pin-for-pin replacement for the EL2005 , to compensate for variations in stray capacitance. Note that this circuit will work with the LH0033 , to ground. In most practical applications this can be considered a negligible load. _Applications , ! + Pin Compatible with LH0033 and EL2005 + Low Input Current 50pA + Low Offset Voltage 2mV + Low


OCR Scan
PDF MAX460 LH0033, EL2005. 1000GÃ q406 transistor equivalent q406 q406 jfet cascode Direct replacement to LH0033 transistor q406 LH00 MAX460IGC EL2005G EL2005CG
SHM-HUMC

Abstract: LH0033 LH0033C 18tO
Text: . Output offset voltage adjustable to zero by LH0033 offset adjustment. 3. ± 12V supplies can be used if , capacitors as close as possible to pins 9 and 19. The ± 15V supplies to the LH0033 should be bypassed with the same value capacitors. 2. It is essential that the output lead from pin 18 to pin 5 of the LH0033 , aperture uncertainty • Up to 8-bit accuracy • ±2.5V Input range GENERAL DESCRIPTION DATEL's SHM-HU , capacitance when necessary. The sample-hold requires four external resistors and an LH0033 fast buffer


OCR Scan
PDF 24-pin LH0033 02048-1194/TEL 339-3000/TLX 174388/FAX SHM-HUMC LH0033C 18tO
Direct replacement to LH0033

Abstract: SiC jfet cascode MAX4601GC LH0033 equivalent LH0033 Pin-for-Pin Compatible with the maxim MAX460MGC MAX460 EL2005G EL2005CG
Text: MAX460 i_s_a hjgli. speed,\J£ET input voltage "ToiTower "similar and pin compatibte^o the LH0033 , but with input specifications significantly improved over the older device. This device is a direct pin-forpin replacement for the EL2005. The cascode input stage maintains a constant high input resistance , resistance in parallel with a 3pF capacitor to gjxiund. In most practical applications this can be considered , Circuit Diagram — Figure 5) Features + Pin for Pin Second Source! ♦ Pin Compatible with LH0033 and


OCR Scan
PDF MAX460 LH0033, EL2005. Direct replacement to LH0033 SiC jfet cascode MAX4601GC LH0033 equivalent LH0033 Pin-for-Pin Compatible with the maxim MAX460MGC EL2005G EL2005CG
Not Available

Abstract: No abstract text available
Text: possible to pins 9 and 19. The + 15V supplies to the LH0033 should be bypassed with the same value capacitors. 2. It is essential that the output lead from pin 18 to pin 5 of the LH0033 be kept as short and direct as possible. Also, the complementary ECL driver should be as close as possible to pins 1 and 3 to , SHM-HUMM, model LH0033 should be used. 4. An external hold capacitor may be added from pin 18 to pin 15 , proof. 2. Output offset voltage adjustable to zero by LH0033 offset adjustment. 3. ± 1 2 V supplies can


OCR Scan
PDF 24-pin LH0033 02048-1194/TEL 339-3000/TLX 174388/FAX
Direct replacement to LH0033

Abstract: No abstract text available
Text: LH0033 , but with input specifications significantly improved over the older device. This device is a direct pin-forpin replacement for the EL2005. The cascode input stage maintains a constant high input , MAX460 and the LH0033 .) Q4, Q7 and Q9 are devices sim ilar to Q1, Q5 and Q8. The current forced by the , resistance in parallel with a 3pF capacitor to ground. In most practical applications this can be , Pin Second Source! ♦ Pin Compatible with LH0033 and EL2005 + Low Input Current 50pA â


OCR Scan
PDF MAX460 LH0033, EL2005. 1000Gii 1000GH Direct replacement to LH0033
Not Available

Abstract: No abstract text available
Text: to the LH0033 , but with input specifications significantly improved over the older device. This device is a direct pin-forpin replacement for the EL2005. The cascode input stage maintains a constant , a 1000GH resistance in parallel with a 3pF capacitor to ground. In most practical applications this , + + + Pin for Pin Second Source! Pin Compatible with LH0033 and EL2005 Low Input Current SOpA , . RANG E - 5 5 ° C to + 1 2 5°C - 2 5 ° C to + 8 5 °C - 5 5 ° C t o + 1 2 5°C - 2 5 ° C t o +8 5 °C


OCR Scan
PDF AX460 MAX460 LH0033, EL2005. 1000GH
Direct replacement to LH0033

Abstract: No abstract text available
Text: atu res The MAX460 is a high speed, JFET input voltage follower similar and pin compatible to the LH0033 , but with input specifications significantly improved over the older device. This device is a direct pin-forpin replacement for the EL2005. The cascode input stage maintains a constant high input , ! resistance in parallel with a 3pF capacitor to ground. In most practical applications this can be considered , Source! Pin Compatible with LH0033 and EL2005 Low Input Current 50pA Low Offset Voltage 2mV Low Offset


OCR Scan
PDF MAX460 LH0033, EL2005. 1000G1! Direct replacement to LH0033
Z200V

Abstract: SHM CERAMIC CAPACITOR
Text: essential that the output lead from pin 18 to pin 5 of the L H 0033 be kept a s short and direct as possible , M , model LH0033 should be used. 4. A n external hold capacitor m ay be added from pin 18 to pin 15 , adjustable to zero by LH0033 offset adjustment. 3. ± 12V supplies can be used if the 360 ohm resistors at the , uncertainty Up to 8-bit accuracy ±2.5V Input range SHM-HU Ultra-Fast, 0.1% Micro-Electronic Sam ple-hold , basic m odels covering two oper ating temperature ranges, 0 to +70°C, and -55 to +100°C. M EC H A N


OCR Scan
PDF 24-pin LH0033 48-1194/TEL 339-3000/TLX 174388/FAX Z200V SHM CERAMIC CAPACITOR
LH4860

Abstract: Direct replacement to LH0033 74 HTC 08 AH0015 HTC-0300 LH4860C LH4860CD LH4860D
Text: time 10V step to ±0.01% FS ■100 ns max sample-to-hold settling time ■± 50 ps aperture jitter ■74 dB feedthrough attenuation ■TTL compatible ■Direct replacement for HTC-0300, 4860 , corresponding switch. Since LH4860's input impedance is only 1 kfi, LH0033 buffers the input signal so as to , acquisition time and sample-to-hold settling time to ±0.01%. The LH4860 will acquire a full 10V signal to  , (Vp) + 7V Analog Input Voltage ± Vs Digital Input Voltage -0.5V to +5.5V Output Current (Note 1) Â


OCR Scan
PDF LH4860 12-Bit LH486Q LH4860 H0033G, LH0033 Direct replacement to LH0033 74 HTC 08 AH0015 HTC-0300 LH4860C LH4860CD LH4860D
1995 - amp 7313

Abstract: 7313 DAC0808 pin diagram LH0032 HP50824220 ta 7313 7313 28 pin AN2531 lh002 LH0024
Text: LH0033 boosts the output drive capability to g 100 mA continuous and g 400 mA peak Optimizing LH0024 , exhibiting 70 MHz bandwidths 500 V ms slew rates and 100 to 300 ns settling time to 0 1% The LH0032 has the , techniques into an integral design approach much of which is applicable to any high frequency circuit The , similar to the LH0024 but with JFET input devices instead of bipolar As a result the LH0032 DC input bias , is improved due to the use of a larger package with lower thermal resistance and its class AB


Original
PDF LH0024 LH0032 amp 7313 7313 DAC0808 pin diagram HP50824220 ta 7313 7313 28 pin AN2531 lh002
1998 - LH0032

Abstract: HP50824220 AN007313-23 LH0033 LH0024 LF356 AN-253 jfet cascode differential pair cascode DAC0808 pin diagram
Text: output current is required, a buffer amplifier may be added to the loop as shown in Figure 6. The LH0033 , exhibiting 70 MHz bandwidths, 500 V/µs slew rates and 100 to 300 ns settling time to 0.1%. The LH0032 has , applicable to any high frequency circuit. The output complementary pair with class B bias provides a low , LH0032 is a general purpose operational amplifier similar to the LH0024, but with JFET input devices , magnitude lower than the LH0024. Its output drive capability is improved due to the use of a larger


Original
PDF LH0024 LH0032 an007313 HP50824220 AN007313-23 LH0033 LF356 AN-253 jfet cascode differential pair cascode DAC0808 pin diagram
2007 - synchronous fifo

Abstract: fifo generator xilinx datasheet spartan asynchronous fifo vhdl fifo vhdl synchronous fifo design in verilog XAPP992
Text: replacement write_error_sense overflow_sense Direct replacement read_acknowledge_flag valid_flag Direct replacement read_acknowledge_sense valid_sense Direct replacement read_error_flag underflow_flag Direct replacement read_error_sense underflow_sense Direct , required write_acknowledge write_acknowledge_flag Direct replacement write_acknowledge_sense write_acknowledge_sense No change required write_error overflow_flag Direct replacement write_error_sense


Original
PDF XAPP992 synchronous fifo fifo generator xilinx datasheet spartan asynchronous fifo vhdl fifo vhdl synchronous fifo design in verilog XAPP992
2007 - asynchronous fifo vhdl

Abstract: vhdl code for asynchronous fifo synchronous fifo fifo vhdl FIFO Generator User Guide fifo generator xilinx datasheet spartan synchronous fifo design in verilog XAPP992 semiconductors replacement guide spartan application note
Text: write_error_flag overflow_flag Direct replacement write_error_sense overflow_sense Direct replacement read_acknowledge_flag valid_flag Direct replacement read_acknowledge_sense valid_sense Direct replacement read_error_flag underflow_flag Direct replacement read_error_sense underflow_sense Direct replacement data_count data_count No change required , almost_empty_flag No change required write_acknowledge write_acknowledge_flag Direct replacement


Original
PDF XAPP992 asynchronous fifo vhdl vhdl code for asynchronous fifo synchronous fifo fifo vhdl FIFO Generator User Guide fifo generator xilinx datasheet spartan synchronous fifo design in verilog XAPP992 semiconductors replacement guide spartan application note
2007 - asynchronous fifo vhdl

Abstract: Asynchronous FIFO vhdl code for asynchronous fifo XAPP992 port replacement
Text: write_acknowledge_sense No change required write_error_flag overflow_flag Direct replacement write_error_sense overflow_sense Direct replacement read_acknowledge_flag valid_flag Direct replacement read_acknowledge_sense valid_sense Direct replacement read_error_flag underflow_flag Direct replacement read_error_sense underflow_sense Direct replacement data_count , write_acknowledge write_acknowledge_flag Direct replacement write_acknowledge_sense


Original
PDF XAPP992 asynchronous fifo vhdl Asynchronous FIFO vhdl code for asynchronous fifo XAPP992 port replacement
MTM13N50E

Abstract: P40N10 p50n05 8n50e 24N40 motorola 20n50e Power MOSFET Cross Reference Guide TP50N05E IRF510 mosfet irf640 33N10E
Text: n s m ay exist. Motorola Direct Replacement BUZ11 BUZ11A Motorola Similar Replacement M TP20N06 , IRF823 IRF830 Motorola Direct Replacement IRF510 IRF520 IRF520 IRF520 IRF520 IRF530 IRF530 IRF530 , IRF9633 IRF9640 IRF9641 IRF9642 IRF9643 IRF9Z10 IRF9Z12 IRF9Z14 IRF9Z20 Motorola Direct Replacement , in d ic a te s In s e rtio n M o u n t Motorola Direct Replacement Motorola Similar Replacement , IRFU120 IRFU121 Motorola Direct Replacement Motorola Similar Replacement MTW16N40E MTW10N40E M


OCR Scan
PDF BUZ10 BUZ11 BUZ11A BUZ11S2 BUZ15 BUZ171 BUZ20 BUZ21 BUZ23 BUZ31 MTM13N50E P40N10 p50n05 8n50e 24N40 motorola 20n50e Power MOSFET Cross Reference Guide TP50N05E IRF510 mosfet irf640 33N10E
pr36mf51

Abstract: PR36MF51NS SOLID STATE RELAY Photocoupler PR33MF51 PR36MF11NSZF PR33MF51NSZF PC3SD11NTZAF PC512J00000F PCN-200601211-1
Text: replacement , other models do have a direct replacement or an alternative. Please refer to the list on Page 2 , SHARP PART NO. ALTERNATE MANUFACTURER Photointerrupter GP1S25J0000F No Direct Replacement Photointerrupter GP1S39J0000F No Direct Replacement Photocoupler PC353TJ0000F No Direct Replacement Phototriac Coupler PC3SD11NTZAF PC3SD12NTZAF Photocoupler PC4H520NIP0F No Direct Replacement Photocoupler PC512J00000F No Direct Replacement Solid State Relay PR33MF11NSZF PR33MF51NSZF


Original
PDF PCN-200601211-1 GP1S25J0000F GP1S39J0000F PC353TJ0000F PC3SD11NTZAF PC4H520NIP0F PC512J00000F PR33MF11NSZF PR36MF11NSZF PR39MF11NSZF pr36mf51 PR36MF51NS SOLID STATE RELAY Photocoupler PR33MF51 PR33MF51NSZF PCN-200601211-1
1997 - ST24C16

Abstract: ST24W08 ST24W04 ST24W02 ST24W01 M24C32-W ST24C08 ST24C04 ST24C02 ST24C01
Text: family can be used as a direct replacement for the original device. If, though, the PRE pin is held high, or is allowed to vary, the replacement is not so direct , and the designer is advised to contact the , write access are tolerated by the M24 replacement , allowing the direct replacement still to be made , replacement for the original device. If, though, the MODE pin is held high, or is allowed to vary, the device , access of any given page, then the direct replacement can still be made. However, if multibyte write


Original
PDF AN995 ST24xxx ST25xxx M24xxx ST24W01 ST25C01 ST25W01 ST24C02 ST24W02 ST25C02 ST24C16 ST24W08 ST24W04 ST24W02 ST24W01 M24C32-W ST24C08 ST24C04 ST24C02 ST24C01
1999 - AN995

Abstract: ST24C02 ST24164 ST24W02 ST24W01 ST24E64 ST24E32 ST24C16 ST24C08 M24C32-W
Text: replacement for the original device. If, though, the PRE pin is held high, or is allowed to vary, the replacement is not so direct , and the designer is advised to contact the ST local sales office for technical , write access are tolerated by the M24xxx replacement , allowing the direct replacement still to be made , circuit, the MODE pin (pin 7) is always held low, the M24xxx family can be used as a direct replacement , of any given page, then the direct replacement can still be made. However, if multibyte write


Original
PDF AN995 ST24xxx ST25xxx M24xxx ST24C01 ST24W01 ST25C01 ST25W01 AN995 ST24C02 ST24164 ST24W02 ST24W01 ST24E64 ST24E32 ST24C16 ST24C08 M24C32-W
MDA2501

Abstract: pbl302 g1756 MDA2502 g1756 Diode MDA2500 MDA3510 MDA970A6 mda970a1 MDA3502 Bridge rectifier
Text: DIOTEC DIRECT INDUSTRY -OR (SIMILAR) - PAGE PART NO. REPLACEMENT PART NO. NO. SDS1640L 16SK40 A15 , : INDUSTRY PART NO. DIOTEC DIRECT -OR (SIMILAR) - REPLACEMENT PART NO. PAGE NO. INDUSTRY PART NO. DIOTEC DIRECT -OR (SIMILAR) - REPLACEMENT PART NO. PAGE NO. INDUSTRY PART NO. DIOTEC DIRECT -OR (SIMILAR , . DIOTEC DIRECT -OR (SIMILAR) - REPLACEMENT PART NO. PAGE NO. INDUSTRY PART NO. DIOTEC DIRECT -OR (SIMILAR) - REPLACEMENT PART NO. PAGE NO. INDUSTRY PART NO. DIOTEC DIRECT -OR (SIMILAR) - REPLACEMENT PART NO. PAGE NO


OCR Scan
PDF 1N5817 1N5618 1N5818 1N5819 1N5820 1N5821 MDA2501 pbl302 g1756 MDA2502 g1756 Diode MDA2500 MDA3510 MDA970A6 mda970a1 MDA3502 Bridge rectifier
2000 - ST24W02 equivalent

Abstract: m24c02 ST24C02 ST24C08 ST25C01 ST24W08 ST24W04 ST24W02 ST24W01 M24C32-W
Text: family can be used as a direct replacement for the original device. If the PRE pin is held High, or is allowed to vary, the replacement is not so direct , and the designer is advised to contact the ST local , as a direct replacement for the original device. If the MODE pin is held High, or is allowed to vary, the replacement is not so direct , and the designer is advised to contact the ST local sales office , as a direct replacement for the original device. If VCC is used in the range 3.0 V to 4.5 V, the


Original
PDF AN995 ST24xxx ST25xxx M24xxx ST24C01 ST24W01 ST25C01 ST25W01 ST24W02 equivalent m24c02 ST24C02 ST24C08 ST25C01 ST24W08 ST24W04 ST24W02 ST24W01 M24C32-W
1996 - LCX240

Abstract: VHC 32
Text: MC74LCXxxx MC74LCXxxx DT D SD DW DT LCX has lower drive, but less power Direct replacement . LVC has no Power down High­Z feature. Many are NOT 5V­tolerant Direct replacement . LVC has no Power down High­Z feature. Many are NOT 5V­tolerant Direct replacement . LVC has no Power down High­Z feature. Many are NOT 5V­tolerant Direct replacement . LVC has no Power down High­Z feature. Many are NOT 5V­tolerant Use TSSOP. Not footprint compatible MC74LCX16xxx DT Direct replacement . LVC has no Power down


Original
PDF 16-Bit MC74LCX16244 BR1339 LCX240 VHC 32
1996 - hitachi diagram inverter 12v 5v 3.3v 24v

Abstract: AAAA series SMD transistor Diode SMD SJ 94
Text: MC74LCXxxx MC74LCXxxx DT D SD DW DT LCX has lower drive, but less power Direct replacement . LVC has no Power down High­Z feature. Many are NOT 5V­tolerant Direct replacement . LVC has no Power down High­Z feature. Many are NOT 5V­tolerant Direct replacement . LVC has no Power down High­Z feature. Many are NOT 5V­tolerant Direct replacement . LVC has no Power down High­Z feature. Many are NOT 5V­tolerant Use TSSOP. Not footprint compatible MC74LCX16xxx DT Direct replacement . LVC has no Power down


Original
PDF MC74LCX04 MC74LCX04 BR1339 hitachi diagram inverter 12v 5v 3.3v 24v AAAA series SMD transistor Diode SMD SJ 94
1996 - IDT bn marking diagram

Abstract: SMD MARKING CODE SAB Motorola logic TRANSISTOR SMD MARKING CODE WM SAB 2016
Text: replacement . LVC has no Power down High­Z feature. Many are NOT 5V­tolerant Direct replacement . LVC has no Power down High­Z feature. Many are NOT 5V­tolerant Direct replacement . LVC has no Power down High­Z feature. Many are NOT 5V­tolerant Direct replacement . LVC has no Power down High­Z feature. Many are NOT 5V­tolerant Use TSSOP. Not footprint compatible MC74LCX16xxx DT Direct replacement . LVC has , LCX has lower drive, but less power Direct replacement . Many LVC are NOT 5V­tolerant Direct


Original
PDF MC74LCX646 BR1339 IDT bn marking diagram SMD MARKING CODE SAB Motorola logic TRANSISTOR SMD MARKING CODE WM SAB 2016
Supplyframe Tracking Pixel