TMA 0022 Search Results
TMA 0022 Result Highlights (5)
Part | ECAD Model | Manufacturer | Description | Download | Buy |
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10127820-0222LLF |
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Minitek® Pwr 4.2, Dual Row, Vertical Through Hole Header, 80u\\ Min Tin plating, Natural Color, 2 Positions, LCP, GW Compatible, Tray Packing. | |||
10127820-0221GLF |
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Minitek® Pwr 4.2, Dual Row, Vertical Through Hole Header, Gold Flash plating, Natural Color, 2 Positions, GW Compatible Nylon66, Tray Packing. | |||
68002-214HLF |
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BergStik®, Board to Board connector, Unshrouded Vertical Header, Through Hole, Single Row, 14 Positions, 2.54 mm (0.100in) Pitch. | |||
20021122-00022T1LF |
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Minitek127® 1.27mm, Board To Board, Unshrouded header, Surface Mount, 22 contacts. | |||
20021311-00022T8LF |
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1.27mm (0.05in.) pitch, Receptacle Top entry, 22 contacts |
TMA 0022 Datasheets Context Search
Catalog Datasheet | Type | Document Tags | |
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000DContextual Info: APPLICATION NOTE H8/300L SLP Series Setting Standby Time to Cover Clock Stabilization H8/3867 Introduction When switching to active mode by canceling standby or watch mode through a specific interrupt request, the standby time period waiting for stabilization of a clock is specified for the CPU and the peripheral functions. The standby time |
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H8/300L H8/3867) H8/3867 REJ06B0271-0100Z/Rev 000D | |
TLR324
Abstract: LDI 001 l4 tam TBA 427 D3101 147006c PH13 ZT rh 006c but79 CDU-F
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NJU3101 NJU31011Ã NJU3101D NJU3101M 30kHz~ TLR324 LDI 001 l4 tam TBA 427 D3101 147006c PH13 ZT rh 006c but79 CDU-F | |
300LContextual Info: APPLICATION NOTE H8/300L SLP Series Setting Up Module-Standby Mode H8/3867 Introduction Setting method: The module standby is a function to stop supplying a system clock to modules, and to stop module functions. Module standby mode can be set for each peripheral function. All incorporated peripheral modules can be |
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H8/300L H8/3867) H8/3867 REJ06B0272-0100Z/Rev 300L | |
Contextual Info: APPLICATION NOTE H8/300L SLP Series Using Timer F to Implement Clock Operation H8/3867 Introduction A sub-clock of 38.4 kHz is used to perform the timer operation by timer F. Target Device H8/3867 Contents 1. Specifications . 2 |
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H8/300L H8/3867) H8/3867 REJ06B0273-0100Z/Rev | |
TSP50C42
Abstract: tsp50c4x TSP50C TSP50C41
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OCR Scan |
TSP50C4X BRN09 BRN10 TSP50C42 TSP50C TSP50C41 | |
Contextual Info: APPLICATION NOTE H8/300L Super Low Power Series Using Timer F to Implement Clock Operation H8/3867 Introduction A sub-clock (φw) of 38.4 kHz is used to perform the timer operation by timer F. The timer counter specified in the RAM is incremented by generating a timer F interrupt every second. |
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H8/300L H8/3867) minutes59 H8/3867 REJ06B0273-0200/Rev | |
HD66100Contextual Info: To all our customers Regarding the change of names mentioned in the document, such as Hitachi Electric and Hitachi XX, to Renesas Technology Corp. The semiconductor operations of Mitsubishi Electric and Hitachi were transferred to Renesas Technology Corporation on April 1st 2003. These operations include microcomputer, logic, analog |
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H8/3867 HD66100 | |
STS-20
Abstract: Hitachi DSA00772 H1111 LCD FREQUENCY COUNTER MODULE
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H8/3867 ADE-502-068 STS-20 Hitachi DSA00772 H1111 LCD FREQUENCY COUNTER MODULE | |
ECL88
Abstract: dts01 ECH88 HD66100 sec cl1 100 3p3 ECL168 lcr8 h124e
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ADJ-502-078 H8/3867 H8/300LH8/300L H8/300L CPUH8/300 H8/3867H8/3827 LCD/614PWM2 H8/3867LCD5V H8/3867 ECL88 dts01 ECH88 HD66100 sec cl1 100 3p3 ECL168 lcr8 h124e | |
SPSS011D
Abstract: MX 0541 EQUIVALENT TIMER IC WITH CD 4060 TCA 785 application note equivalent transistor bc 649 TSP50C12 TCA 785 interfacing DAC with 0830 microprocessor TSP5220 tca 780
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TSP50C0x/1x SPSS011D TSP50P11 Index-17 Index-18 SPSS011D MX 0541 EQUIVALENT TIMER IC WITH CD 4060 TCA 785 application note equivalent transistor bc 649 TSP50C12 TCA 785 interfacing DAC with 0830 microprocessor TSP5220 tca 780 | |
ph 4148
Abstract: MX 0541 rh ix 0689 EVM50 TSP50C11 1203 6d DAC 0804 interfacing DAC with 0830 microprocessor TSP50C10 tca 785
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TSP50C0x/1x SPSS011C ph 4148 MX 0541 rh ix 0689 EVM50 TSP50C11 1203 6d DAC 0804 interfacing DAC with 0830 microprocessor TSP50C10 tca 785 | |
Hitachi DSA002720Contextual Info: H8/3627 Series H8/3627 H8/3626 H8/3625 H8/3624S H8/3623S H8/3622S HD6433627, HD6473627 HD6433626 HD6433625 HD6433624S HD6433623S HD6433622S Hardware Manual ADE-602-174 Rev. 1.0 3/01/99 Hitachi, Ltd. MC-Setsu Cautions 1. Hitachi neither warrants nor grants licenses of any rights of Hitachi’s or any third party’s |
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H8/3627 H8/3626 H8/3625 H8/3624S H8/3623S H8/3622S HD6433627, HD6473627 HD6433626 Hitachi DSA002720 | |
TSP50C04
Abstract: BD 4914 MX 0541 TSP5220 TSP50C12 BA 59 04AF P DAC 0804 interfacing DAC with 0830 microprocessor LCD 16PIN mozart
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TSP50C0x/1x SPSS011D TSP50C04 BD 4914 MX 0541 TSP5220 TSP50C12 BA 59 04AF P DAC 0804 interfacing DAC with 0830 microprocessor LCD 16PIN mozart | |
TSP5220
Abstract: PH 4148 S20C4 schematic diagram cga to vga converter S-8211 TCA 785 application note str 1195 tca 780 tsp50c10 ph 4148 diode
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TSP50C0x/1x SPSU011B TSP5220 PH 4148 S20C4 schematic diagram cga to vga converter S-8211 TCA 785 application note str 1195 tca 780 tsp50c10 ph 4148 diode | |
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HD6433625FP
Abstract: str f 3626 wkp 2n2 m telephone keypad interface circuit with dtmf display hd6433622s Hitachi DSA0047
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H8/3627 H8/3627 H8/3626 H8/3625 H8/3624S H8/3623S H8/3622S HD6433627, HD6473627 HD6433626 HD6433625FP str f 3626 wkp 2n2 m telephone keypad interface circuit with dtmf display hd6433622s Hitachi DSA0047 | |
PCR17Contextual Info: To all our customers Regarding the change of names mentioned in the document, such as Hitachi Electric and Hitachi XX, to Renesas Technology Corp. The semiconductor operations of Mitsubishi Electric and Hitachi were transferred to Renesas Technology Corporation on April 1st 2003. These operations include microcomputer, logic, analog |
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FP-64E FP-64E H8/3627 PCR17 | |
3635S
Abstract: block diagram for RF transmitter AND RECEIVER block diagram induction heating tca 335 A PCR17
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TFP-80C TFP-80C H8/3637S 3635S block diagram for RF transmitter AND RECEIVER block diagram induction heating tca 335 A PCR17 | |
Contextual Info: To our customers, Old Company Name in Catalogs and Other Documents On April 1st, 2010, NEC Electronics Corporation merged with Renesas Technology Corporation, and Renesas Electronics Corporation took over all the business of both companies. Therefore, although the old company name remains in this document, it is a valid |
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TFP-80C H8/3637S | |
Hitachi DSA002711Contextual Info: H8/3867 Series H8/3867, H8/3866 H8/3865, H8/3864 H8/3863, H8/3862 H8/3827 Series H8/3827, H8/3826 H8/3825, H8/3824 H8/3823, H8/3822 Hardware Manual ADE-602-142A Rev. 2.0 6/2/99 Hitachi Company or Division Notice When using this document, keep the following in mind: |
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H8/3867 H8/3867, H8/3866 H8/3865, H8/3864 H8/3863, H8/3862 H8/3827 H8/3827, H8/3826 Hitachi DSA002711 | |
HD6473637X
Abstract: Hitachi DSA00279
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H8/3637 H8/3637, H8/3636, H8/3635 ADE-602-152 TFP-80F TFP-80C HD6473637X Hitachi DSA00279 | |
3635S
Abstract: tlyh30 Hitachi DSA002720
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H8/3637S H8/3637S HD6473637S, HD6433637S H8/3636S HD6433636S H8/3635S HD6433635S ADE-602-206 TFP-80C 3635S tlyh30 Hitachi DSA002720 | |
Hitachi DSA0087
Abstract: ADE-602-152 HD6433637F HD6433637W HD6433637X
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H8/3637 H8/3637, H8/3636, H8/3635 ADE-602-152 TFP-80F TFP-80C Hitachi DSA0087 ADE-602-152 HD6433637F HD6433637W HD6433637X | |
Contextual Info: To all our customers Regarding the change of names mentioned in the document, such as Hitachi Electric and Hitachi XX, to Renesas Technology Corp. The semiconductor operations of Mitsubishi Electric and Hitachi were transferred to Renesas Technology Corporation on April 1st 2003. |
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TFP-80F TFP-80C H8/3637 | |
RD16BContextual Info: To our customers, Old Company Name in Catalogs and Other Documents On April 1st, 2010, NEC Electronics Corporation merged with Renesas Technology Corporation, and Renesas Electronics Corporation took over all the business of both companies. Therefore, although the old company name remains in this document, it is a valid |
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FP-64E H8/3627 RD16B |