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| Part Numbert | Mfg | Packt | D/C | Descriptiont | Qty | Company/Contact | |
| SN74ACT10N | 971 |
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| SN74ACT10N | RHTI-HARRIS | 05+ | IN STOCK/Talk ON MSN | 1375 |
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| SN74ACT10N | TI | DIP | 02+ | 950 |
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| SN74ACT10N | TI | 02+ | DIP |
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| SN74ACT10N | 原装★★★★★无铅㊣ | 100 |
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| SN74ACT10N | TI | PDIP-14 | N/A | 原装现货 | 4000 |
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| SN74ACT10N | TI | DIP | 03 |
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| SN74ACT10N | TI | DIP | 02+ | Confirm Stock | 950 |
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| SN74ACT10N | TI | DIP | 3 | new original parts | 950 |
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| SN74ACT10N | TI | 2008+ | 500 |
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| SN74ACT10N | TI | DIP | 02+ | 950 |
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| SN74ACT10N | TI | original | 1000 |
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| SN74ACT10N | TEXAS INSTRU | Warehouse Inventory | 1000 |
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| SN74ACT10N | 950 | 02+ | UN |
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| SN74ACT10N | TI | 09+ | STOCK | 5000 |
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| SN74ACT10N | 特价,原装无铅 | 971 |
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| SN74ACT10N | TI | DIP | 03 |
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| SN74ACT10N | 1,791 | TI |
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| SN74ACT10N | TI | DIP | 08+ | 最新供应 | 5000 |
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| SN74ACT10N | 07+ | 5 days FOB HONGKONG |
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| SN74ACT10N | 特价,原装无铅 | 971 |
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| SN74ACT10N | 722 |
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| SN74ACT10N | TI | DIP | 03 |
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| SN74ACT10N | TI | 02+ | 950 |
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| SN74ACT10N | TI | 02+ | 950 |
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| SN74ACT10N | ti | dip | 97+ | 727 |
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| SN74ACT10N | ti | dip | 97+ | 722 |
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| SN74ACT10N | N/A | TI | 04+ | new | 2000 |
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SN74ACT10N Datasheet A capacitor at the AGCCAP pin avoids AGC "chattering" during the time it takes for the signal to propagate through the low-pass filter and charge the peak detector. The AGC capacitor also allows the hold-in time to be set longer than the peak detector decay time to avoid AGC chattering during runs of "0" bits in the received data stream. Note that AGC operation requires the peak detector to be functioning, even if DS2 is not being used. AGC operation can be defeated by connecting the AGCCAP pin to Vcc. The AGC can be latched on once engaged by connecting a 150 kilohm resistor be- tween the AGCCAP pin and ground in lieu of a capacitor. SN74ACT10N Price
SN74ACT10N on stock The DC-DC_EN pin is used to enable an accompanying DC- DC converter on the IM when the VB Secondary Railis within specification. This pin pulls up to VB through a pull-up resistor when the VISEN is > 10V This pin can also be used as an undervoltage (UV) signal as it will pull low once the VISEN falls below 9.2V This signal can also be passed to a system controller chip or used to drive an LED for observation. The state of this signal does not impact the VB current control function. - The wire connecting R2 to the Load end must not be crossed by the Load current (Kelvin sense). The noise captured by the wires between the Load and the chip could bring a noisy output voltage. In case this happens, it is recommended that shielded cables are used for these connections. The external wrap must be used for connecting the ground of the chip with the Load Ground. It is also recommended to place 1uF tantalum capacitors between Output and Ground close to the device and another next to the Load. |
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