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    XP Power IHA0124D05

    DC DC CONVERTER +/-5V 1W
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    XP Power IHA0124D12

    DC DC CONVERTER +/-12V 1W
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    XP Power IHA0124S09

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    JRH Electronics 390HA012NF1708G

    CONN BACKSHELL
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    JRH Electronics 390HA012NF2508L

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    HA012 Datasheets Context Search

    Catalog Datasheet MFG & Type PDF Document Tags

    HT48F10E

    Abstract: HA0122E HT48F06E HT48F30E HA0124E
    Text: HT48F06E/HT48F10E/HT48F30E I/O Flash Type MCU with EEPROM Technical Document • Tools Information · FAQs · Application Note - HA0075E MCU Reset and Oscillator Circuits Application Note - HA0122E HT48F MCU Series - Using Assembly Language to Write to the 1K EEPROM Data Memory


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    PDF HT48F06E/HT48F10E/HT48F30E HA0075E HA0122E HT48F HA0123E HA0124E HA0125E HT48F10E HT48F06E HT48F30E

    HT48F06E

    Abstract: HT48F10E HT48F30E HT-IDE3000 HT48F50E HT48F70E HT93LC56 holtek label ht48f50 ht48f06
    Text: HT48F MCU Series - Using C Language to Write to the 2K EEPROM Data Memory HT48F MCU Series − Using C Language to Write to the 2K EEPROM Data Memory D/N: HA0125E Introduction The HT48F series of MCUs from Holtek contain an internal Data Memory EEPROM, which is a memory type that can be electrically erased and re-written. If the device range


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    PDF HT48F HA0125E HT48F06E, HT48F10E HT48F30E, HT48F50E HT48F70E. HT48F50EDEMO HT48F06E HT48F30E HT-IDE3000 HT48F70E HT93LC56 holtek label ht48f50 ht48f06

    IC 7448

    Abstract: data sheet IC 7448 IC U4 7805 pin diagram DETAILS of ic 7805 HT45R34 connecting diagram for ic 7448 holtek c language for touch switch How is 7805 regulator made touch switch with pcb layout
    Text: Using the HT45R34 to Implement a 12 Key Touch Switch Application Using C Language Using the HT45R34 to Implement a 12 Key Touch Switch Application Using C Language D/N: HA0129E Introduction In this application note it is explained how the Holtek C language can be used to


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    PDF HT45R34 HA0129E 12-key IC 7448 data sheet IC 7448 IC U4 7805 pin diagram DETAILS of ic 7805 connecting diagram for ic 7448 holtek c language for touch switch How is 7805 regulator made touch switch with pcb layout

    Untitled

    Abstract: No abstract text available
    Text: HT48F06E/HT48F10E/HT48F30E I/O Flash Type MCU with EEPROM Technical Document • Tools Information · FAQs · Application Note - HA0075E MCU Reset and Oscillator Circuits Application Note - HA0122E HT48F MCU Series - Using Assembly Language to Write to the 1K EEPROM Data Memory


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    PDF HT48F06E/HT48F10E/HT48F30E HA0075E HA0122E HT48F HA0123E HA0124E HA0125E

    HT48F10E

    Abstract: HA0122E HT48F06E HT48F30E
    Text: HT48F06E/HT48F10E/HT48F30E I/O Flash Type MCU with EEPROM Technical Document • Tools Information · FAQs · Application Note - HA0075E MCU Reset and Oscillator Circuits Application Note - HA0122E HT48F MCU Series - Using Assembly Language to Write to the 1K EEPROM Data Memory


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    PDF HT48F06E/HT48F10E/HT48F30E HA0075E HA0122E HT48F HA0123E HA0124E HA0125E HT48F10E HT48F06E HT48F30E

    HOPPING ENCODER REMOTE CONTROL

    Abstract: pin diagram encoder timer0 circuit diagram of encoder 8 bit data encoder code hopping transmitter transmitter circuit key pad encoder DES24 HT48F06E
    Text: HT48F06E Hopping Encoder HT48F06E Hopping Encoder D/N: HA0121E Introduction The Hopping Encoder will encode Address Data, Key Data and Rolling Data hdata into a DES24 encoding format, thus realising a remote control encoding function. Each time the Key is pressed, the rolling data will increment by 1. This project uses the HT48F50E as


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    PDF HT48F06E HA0121E DES24 HT48F50E 24-bit) 20-bit) HOPPING ENCODER REMOTE CONTROL pin diagram encoder timer0 circuit diagram of encoder 8 bit data encoder code hopping transmitter transmitter circuit key pad encoder

    5 to 32 decoder circuit

    Abstract: decoder rolling code hopping decoder HT48F06E 5 to 32 decoder hopping DES24 block diagram of 2 to 4 decoder
    Text: HT48F06E Hopping Decoder HT48F06E Hopping Decoder D/N: HA0120E Introduction The Hopping Decoder is used together with the Hopping Encoder device to decode address data, key data and rolling data. It uses the DES24 encryption algorithm decoding format. Because each time the Hopping Encoder key is pressed, the rolling data will


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    PDF HT48F06E HA0120E DES24 24-bit) 20-bit) 5 to 32 decoder circuit decoder rolling code hopping decoder 5 to 32 decoder hopping block diagram of 2 to 4 decoder

    pin diagram of 7805

    Abstract: 7805 pin diagram 7805 7805 CHECKING 7805 datasheet ram repair 7805 charging simple circuit Battery box TRANSISTOR 7805 HT48R062
    Text: Nickel Cadmium and Nickel Hydride Battery Charging Applications Using the HT48R062 Nickel Cadmium and Nickel Hydride Battery Charging Applications Using the HT48R062 D/N: HA0126E Introduction This application note utilises the HT48R062 8-bit MCU as the central unit of a simple


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    PDF HT48R062 HA0126E HT48R062 pin diagram of 7805 7805 pin diagram 7805 7805 CHECKING 7805 datasheet ram repair 7805 charging simple circuit Battery box TRANSISTOR 7805

    pin diagram of LED dot matrix display

    Abstract: DOT matrix LED display full circuit diagram of moving LED counter display LED MOVING DISPLAY CIRCUIT diagram diagram of LED matrix display dot led display large size with circuit diagram DOT matrix LED display DRIVER Moving Display Board circuit HT1632 8 x 8 Matrix LED Display Driver
    Text: Using the HT1632 for Dot Matrix LED Displays Using the HT1632 for Dot Matrix LED Displays D/N: HA0127E Introduction The HT1632 is a Memory Mapping LED display driver. Its application range is wide and can be used in applications such as clocks, thermometers, humidity meters, etc. as well


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    PDF HT1632 HA0127E HT48F50E, HT48F70E STEP18( pin diagram of LED dot matrix display DOT matrix LED display full circuit diagram of moving LED counter display LED MOVING DISPLAY CIRCUIT diagram diagram of LED matrix display dot led display large size with circuit diagram DOT matrix LED display DRIVER Moving Display Board circuit 8 x 8 Matrix LED Display Driver

    HT48f50e

    Abstract: ht48f50 HT-IDE3000 HT48F06E HT48F10E HT48F30E HT48F70E HT93LC56
    Text: HT48F MCU Series - Using Assembly Language to Write to the 2K EEPROM Data Memory HT48F MCU Series − Using Assembly Language to Write to the 2K EEPROM Data Memory D/N: HA0124E Introduction The HT48F series of MCUs from Holtek contain an internal Data Memory EEPROM,


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    PDF HT48F HA0124E HT48F06E, HT48F10E HT48F30E, HT48F50E HT48F70E. HT48F50EDEMO ht48f50 HT-IDE3000 HT48F06E HT48F30E HT48F70E HT93LC56

    circuit diagram of moving LED counter display

    Abstract: ht1632c L.E.D Moving Display Board Moving Display Board circuit LED MOVING DISPLAY CIRCUIT diagram diagram of LED matrix display HT1632 HT48R30A-1 16*32 LED Matrix LED display module
    Text: Dot Matrix LED Display Applications Using the HT1632C Dot Matrix LED Display Applications Using the HT1632C D/N: HA0127E Introduction The HT1632C is a Memory Mapping LED display driver, widely applied for use in industrial instrumental displays such as digital clocks, thermometers, and hygrometers


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    PDF HT1632C HA0127E HT1632C display32 16-level HT1632C, circuit diagram of moving LED counter display L.E.D Moving Display Board Moving Display Board circuit LED MOVING DISPLAY CIRCUIT diagram diagram of LED matrix display HT1632 HT48R30A-1 16*32 LED Matrix LED display module

    HT48F06EDEMO.c

    Abstract: HT48F10E HA0123E HT-IDE3000 HT48F06E HT48F30E HT48F50E HT48F70E HT93LC46 HT48F
    Text: HT48F MCU Series - Using C Language to Write to the internal 1K EEPROM Data Memory HT48F MCU Series − Using C Language to Write to the internal 1K EEPROM Data Memory D/N: HA0123E Introduction The HT48F series of MCUs from Holtek contain an internal Data Memory EEPROM,


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    PDF HT48F HA0123E HT48F06E, HT48F10E HT48F30E, HT48F50E HT48F70E. HT48F06EDEMO HT48F06EDEMO.c HA0123E HT-IDE3000 HT48F06E HT48F30E HT48F70E HT93LC46

    TRANSISTOR SUBSTITUTION

    Abstract: HA0128E HT48F06E IN4148
    Text: Using an I/O Port Pin as an A/D Converter Input Using an I/O Port Pin as an A/D Converter Input D/N: HA0128E Introduction In certain situations, on mainly digital applications, an analog input is required to make some basic analog measurement or perhaps to provide a means of variable control using


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    PDF HA0128E TRANSISTOR SUBSTITUTION HA0128E HT48F06E IN4148

    HT-ICE

    Abstract: HT48F50E ht48f50 HA0122E HT48F10E HT-IDE3000 HT48F06E HT48F30E HT48F70E HT93LC46
    Text: HT48F I/O MCU Series - Using Assembly Language to Write to the internal 1K EEPROM Data Memory HT48F I/O MCU Series - Using Assembly Language to Write to the internal 1K EEPROM Data Memory D/N: HA0122E Introduction The HT48F series of MCUs from Holtek contain an internal Data Memory EEPROM,


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    PDF HT48F HA0122E HT48F06E, HT48F10E HT48F30E, HT48F50E HT48F70E. HT48F06EDEMO HT-ICE ht48f50 HA0122E HT-IDE3000 HT48F06E HT48F30E HT48F70E HT93LC46

    S-35399A02

    Abstract: No abstract text available
    Text: S-35399A02 2-WIRE REAL-TIME CLOCK www.sii-ic.com Rev.2.0_00 Seiko Instruments Inc., 2007-2010 PR OD UC T The S-35399A02 is a CMOS 2-wire real-time clock IC which operates with the very low current consumption and in the wide range of operation voltage. The operation voltage is 1.3 V to 5.5 V so that this IC can be used for various power supplies from


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    PDF S-35399A02 S-35399A02

    MARKING C2K

    Abstract: C128 C256 C512 S-35199A01 TVS marking v6 a2he diode v6
    Text: S-35199A01 3-WIRE REAL-TIME CLOCK www.sii-ic.com Rev.2.0_00 Seiko Instruments Inc., 2007-2010 The S-35199A01 is a CMOS 3-wire real-time clock IC which operates with the very low current consumption and in the wide range of operation voltage. The operation voltage is 1.3 V to 5.5 V so that this IC can be used for various power supplies from


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    PDF S-35199A01 S-35199A01 MARKING C2K C128 C256 C512 TVS marking v6 a2he diode v6

    HA0075S

    Abstract: HT24 HT46 HT93LC46 CPLA 3 50 acc micro 386
    Text: HT48R062/HT48C062 经济型输入/输出八位单片机 盛群知识产权政策 专利权 盛群半导体公司在全球各地区已核准和申请中之专利权至少有 160 件以上,享有绝对之合法权益。与 盛群公司 MCU 或其它产品有关的专利权并未被同意授权使用,任何经由不当手段侵害盛群公司专利


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    PDF HT48R062/HT48C062 HA0003S HT93LC46 HA0013S HA0016S HA0075S HA0126S HT48R062 16-pin HT24 HT46 HT93LC46 CPLA 3 50 acc micro 386

    C128

    Abstract: C256 C512 S-35399A02 TVS marking v6 marking c32k reset WLP-12A
    Text: Rev.1.0_00 S-35399A02 2-WIRE REAL-TIME CLOCK The S-35399A02 is a CMOS 2-wire real-time clock IC which operates with the very low current consumption and in the wide range of operation voltage. The operation voltage is 1.3 V to 5.5 V so that this IC can be used for various power supplies from main supply to backup


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    PDF S-35399A02 S-35399A02 C128 C256 C512 TVS marking v6 marking c32k reset WLP-12A

    EEPROM

    Abstract: HT48F50E EEPROM, HT48F70E HT48F10E HT48F06E HT48F30E HT93LC56
    Text: HT48F MCU 系列 2K 位元 EEPROM Data Memory 的讀寫 − 使用 C 語言 HT48F MCU 系列 2K 位元 EEPROM Data Memory 的讀寫 − 使用 C 語言 文件編碼:HA0125T 簡介 HT48F MCU 系列是 HOLTEK 開發,內含 EEPROM 電子可擦除式唯讀記憶體 Data Memory


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    PDF HT48F HA0125T HT48F06E HT48F10E HT48F30E HT48F50E HT48F70E EEPROM HT48F50E EEPROM, HT48F70E HT48F10E HT48F06E HT93LC56

    HT48F06EDEMO.c

    Abstract: eeprom E93LC46 HT48F70E EEPROM, HT48F10E HT48F06E HT48F30E HT48F50E HT93LC46
    Text: HT48F MCU 系列 1K 位元 EEPROM Data Memory 的讀寫 − 使用 C 語言 HT48F MCU 系列 1K 位元 EEPROM Data Memory 的讀寫 − 使用 C 語言 文件編碼:HA0123T 簡介 HT48F MCU 系列是 HOLTEK 開發,內含 EEPROM 電子可擦除式唯讀記憶體 Data Memory


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    PDF HT48F HA0123T HT48F06E HT48F10E HT48F30E HT48F50E HT48F70E HT48F06EDEMO.c eeprom E93LC46 HT48F70E EEPROM, HT48F10E HT48F06E HT48F50E HT93LC46

    S-35199A01-HRT1

    Abstract: C2M marking code
    Text: S-35199A01 3-WIRE REAL-TIME CLOCK www.sii-ic.com Rev.2.0_00 Seiko Instruments Inc., 2007-2010 The S-35199A01 is a CMOS 3-wire real-time clock IC which operates with the very low current consumption and in the wide range of operation voltage. The operation voltage is 1.3 V to 5.5 V so that this IC can be used for various power supplies from


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    PDF S-35199A01 S-35199A01 628-S-35199A01-HRT1 S-35199A01-HRT1 S-35199A01-HRT1 C2M marking code

    Untitled

    Abstract: No abstract text available
    Text: HT48R062/HT48C062 Cost-Effective I/O Type 8-Bit MCU Technical Document • Tools Information · FAQs · Application Note - HA0003E Communicating between the HT48 & HT46 Series MCUs and the HT93LC46 EEPROM - HA0013E HT48 & HT46 LCM Interface Design - HA0016E Writing and Reading to the HT24 EEPROM with the HT48 MCU Series


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    PDF HT48R062/HT48C062 HA0003E HT93LC46 HA0013E HA0016E HA0075E HA0126E HT48R062 14-bit

    S-35199A01

    Abstract: No abstract text available
    Text: S-35199A01 3-WIRE REAL-TIME CLOCK www.sii-ic.com Rev.2.0_00 Seiko Instruments Inc., 2007-2010 PR OD UC T The S-35199A01 is a CMOS 3-wire real-time clock IC which operates with the very low current consumption and in the wide range of operation voltage. The operation voltage is 1.3 V to 5.5 V so that this IC can be used for various power supplies from


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    PDF S-35199A01 S-35199A01

    HT48R062

    Abstract: HA0016E HT24 HT46 HT93LC46
    Text: HT48R062/HT48C062 Cost-Effective I/O Type 8-Bit MCU Technical Document • Tools Information · FAQs · Application Note - HA0003E Communicating between the HT48 & HT46 Series MCUs and the HT93LC46 EEPROM - HA0013E HT48 & HT46 LCM Interface Design - HA0016E Writing and Reading to the HT24 EEPROM with the HT48 MCU Series


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    PDF HT48R062/HT48C062 HA0003E HT93LC46 HA0013E HA0016E HA0075E HA0126E HT48R062 14-bit HT48R062 HT24 HT46