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      • The pin is made of gold-plated copper tube, which has low contact resistance, is not easy to oxidize, and has a long service life
      • The main material is high-purity, high temperature resistant (110°C, 220°C can be customized for special requirements) insulating plastic, good insulation between pins, and high reliability of test results
      • The inner hole of the pin is a through hole, and the length of the tested laser diode pins can be used universally.
      • The pins of the TO-CAN using this header will not be bent, and have a corrective effect on the bent ones, ensuring a good appearance
      • The pin is made of gold-plated copper tube, which has low contact resistance, is not easy to oxidize, and has a long service life
      • The main material is high-purity, high temperature resistant (110°C, 220°C can be customized for special requirements) insulating plastic, good insulation between pins, and high reliability of test results
      • The inner hole of the pin is a through hole, and the length of the tested laser diode pins can be used universally.
      • The pins of the TO-CAN using this header will not be bent, and have a corrective effect on the bent ones, ensuring a good appearance
      • The pin is made of gold-plated copper tube, which has low contact resistance, is not easy to oxidize, and has a long service life
      • The main material is high-purity, high temperature resistant (110°C, 220°C can be customized for special requirements) insulating plastic, good insulation between pins, and high reliability of test results
      • The inner hole of the pin is a through hole, and the length of the tested laser diode pins can be used universally.
      • The pins of the TO-CAN using this header will not be bent, and have a corrective effect on the bent ones, ensuring a good appearance
      • The pin is made of gold-plated copper tube, which has low contact resistance, is not easy to oxidize, and has a long service life
      • The main material is high-purity, high temperature resistant (110°C, 220°C can be customized for special requirements) insulating plastic, good insulation between pins, and high reliability of test results
      • The inner hole of the pin is a through hole, and the length of the tested laser diode pins can be used universally.
      • The pins of the TO-CAN using this header will not be bent, and have a corrective effect on the bent ones, ensuring a good appearance
      • The pin is made of gold-plated copper tube, which has low contact resistance, is not easy to oxidize, and has a long service life
      • The main material is high-purity, high temperature resistant (110°C, 220°C can be customized for special requirements) insulating plastic, good insulation between pins, and high reliability of test results
      • The inner hole of the pin is a through hole, and the length of the tested laser diode pins can be used universally.
      • The pins of the TO-CAN using this header will not be bent, and have a corrective effect on the bent ones, ensuring a good appearance
      • The pin is made of gold-plated copper tube, which has low contact resistance, is not easy to oxidize, and has a long service life
      • The main material is high-purity, high temperature resistant (110°C, 220°C can be customized for special requirements) insulating plastic, good insulation between pins, and high reliability of test results
      • The inner hole of the pin is a through hole, and the length of the tested laser diode pins can be used universally.
      • The pins of the TO-CAN using this header will not be bent, and have a corrective effect on the bent ones, ensuring a good appearance
      • The pin is made of gold-plated copper tube, which has low contact resistance, is not easy to oxidize, and has a long service life
      • The main material is high-purity, high temperature resistant (110°C, 220°C can be customized for special requirements) insulating plastic, good insulation between pins, and high reliability of test results
      • The inner hole of the pin is a through hole, and the length of the tested laser diode pins can be used universally.
      • The pins of the TO-CAN using this header will not be bent, and have a corrective effect on the bent ones, ensuring a good appearance
      • The pin is made of gold-plated copper tube, which has low contact resistance, is not easy to oxidize, and has a long service life
      • The main material is high-purity, high temperature resistant (110°C, 220°C can be customized for special requirements) insulating plastic, good insulation between pins, and high reliability of test results
      • The inner hole of the pin is a through hole, and the length of the tested laser diode pins can be used universally.
      • The pins of the TO-CAN using this header will not be bent, and have a corrective effect on the bent ones, ensuring a good appearance
      • The pin is made of gold-plated copper tube, which has low contact resistance, is not easy to oxidize, and has a long service life
      • The main material is high-purity, high temperature resistant (110°C, 220°C can be customized for special requirements) insulating plastic, good insulation between pins, and high reliability of test results
      • The inner hole of the pin is a through hole, and the length of the tested laser diode pins can be used universally.
      • The pins of the TO-CAN using this header will not be bent, and have a corrective effect on the bent ones, ensuring a good appearance
      • The pin is made of gold-plated copper tube, which has low contact resistance, is not easy to oxidize, and has a long service life
      • The main material is high-purity, high temperature resistant (110°C, 220°C can be customized for special requirements) insulating plastic, good insulation between pins, and high reliability of test results
      • The inner hole of the pin is a through hole, and the length of the tested laser diode pins can be used universally.
      • The pins of the TO-CAN using this header will not be bent, and have a corrective effect on the bent ones, ensuring a good appearance
      • The pin is made of gold-plated copper tube, which has low contact resistance, is not easy to oxidize, and has a long service life
      • The main material is high-purity, high temperature resistant (110°C, 220°C can be customized for special requirements) insulating plastic, good insulation between pins, and high reliability of test results
      • The inner hole of the pin is a through hole, and the length of the tested laser diode pins can be used universally.
      • The pins of the TO-CAN using this header will not be bent, and have a corrective effect on the bent ones, ensuring a good appearance
      • The pin is made of gold-plated copper tube, which has low contact resistance, is not easy to oxidize, and has a long service life
      • The main material is high-purity, high temperature resistant (110°C, 220°C can be customized for special requirements) insulating plastic, good insulation between pins, and high reliability of test results
      • The inner hole of the pin is a through hole, and the length of the tested laser diode pins can be used universally.
      • The pins of the TO-CAN using this header will not be bent, and have a corrective effect on the bent ones, ensuring a good appearance
      • The pin is made of gold-plated copper tube, which has low contact resistance, is not easy to oxidize, and has a long service life
      • The main material is high-purity, high temperature resistant (110°C, 220°C can be customized for special requirements) insulating plastic, good insulation between pins, and high reliability of test results
      • The inner hole of the pin is a through hole, and the length of the tested laser diode pins can be used universally.
      • The pins of the TO-CAN using this header will not be bent, and have a corrective effect on the bent ones, ensuring a good appearance
      • The pin is made of gold-plated copper tube, which has low contact resistance, is not easy to oxidize, and has a long service life
      • The main material is high-purity, high temperature resistant (110°C, 220°C can be customized for special requirements) insulating plastic, good insulation between pins, and high reliability of test results
      • The inner hole of the pin is a through hole, and the length of the tested laser diode pins can be used universally.
      • The pins of the TO-CAN using this header will not be bent, and have a corrective effect on the bent ones, ensuring a good appearance
      • The pin is made of gold-plated copper tube, which has low contact resistance, is not easy to oxidize, and has a long service life
      • The main material is high-purity, high temperature resistant (110°C, 220°C can be customized for special requirements) insulating plastic, good insulation between pins, and high reliability of test results
      • The inner hole of the pin is a through hole, and the length of the tested laser diode pins can be used universally.
      • The pins of the TO-CAN using this header will not be bent, and have a corrective effect on the bent ones, ensuring a good appearance
      • The pin is made of gold-plated copper tube, which has low contact resistance, is not easy to oxidize, and has a long service life
      • The main material is high-purity, high temperature resistant (110°C, 220°C can be customized for special requirements) insulating plastic, good insulation between pins, and high reliability of test results
      • The inner hole of the pin is a through hole, and the length of the tested laser diode pins can be used universally.
      • The pins of the TO-CAN using this header will not be bent, and have a corrective effect on the bent ones, ensuring a good appearance
      • The pin is made of gold-plated copper tube, which has low contact resistance, is not easy to oxidize, and has a long service life
      • The main material is high-purity, high temperature resistant (110°C, 220°C can be customized for special requirements) insulating plastic, good insulation between pins, and high reliability of test results
      • The inner hole of the pin is a through hole, and the length of the tested laser diode pins can be used universally.
      • The pins of the TO-CAN using this header will not be bent, and have a corrective effect on the bent ones, ensuring a good appearance
      • The pin is made of gold-plated copper tube, which has low contact resistance, is not easy to oxidize, and has a long service life
      • The main material is high-purity, high temperature resistant (110°C, 220°C can be customized for special requirements) insulating plastic, good insulation between pins, and high reliability of test results
      • The inner hole of the pin is a through hole, and the length of the tested laser diode pins can be used universally.
      • The pins of the TO-CAN using this header will not be bent, and have a corrective effect on the bent ones, ensuring a good appearance
      • The pin is made of gold-plated copper tube, which has low contact resistance, is not easy to oxidize, and has a long service life
      • The main material is high-purity, high temperature resistant (110°C, 220°C can be customized for special requirements) insulating plastic, good insulation between pins, and high reliability of test results
      • The inner hole of the pin is a through hole, and the length of the tested laser diode pins can be used universally.
      • The pins of the TO-CAN using this header will not be bent, and have a corrective effect on the bent ones, ensuring a good appearance
      • The pin is made of gold-plated copper tube, which has low contact resistance, is not easy to oxidize, and has a long service life
      • The main material is high-purity, high temperature resistant (110°C, 220°C can be customized for special requirements) insulating plastic, good insulation between pins, and high reliability of test results
      • The inner hole of the pin is a through hole, and the length of the tested laser diode pins can be used universally.
      • The pins of the TO-CAN using this header will not be bent, and have a corrective effect on the bent ones, ensuring a good appearance
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