HL5097

HL5097 is a high-performance USB Type-C connector protection IC which includes two channels for CC or SBU interface. Two input pins (IN_SIG1 and IN_SIG2) of HL5097 facing USB connector have 28V maximum voltage rating in order to be protected from over voltage by shorting these signals with VBUS voltage up to 20V. Downstream system can be protected safely from over voltage condition, ESD and surge by using HL5097 OVP switch. IN_SIG1 and IN_SIG2 OVP threshold are pre-fixed to 5.8V for HL5097WL01 and 4.8V for HL5097WL02. The signal path switches have low 160mΩ Rds(on) to be able to deliver current up to 1.25A for VCONN power. During dead battery condition, internal pull-down resistor (Rd) on IN_SIG1/2 are terminated to GND for Source to detect this Rd and start providing VBUS power supply at dead battery condition. Most systems require IEC 61000-4-2 system level ESD protection for their external pins. The HL5097 integrates IEC 61000-4-2 ESD protection for the IN_SIG1 and IN_SIG2 removing the need to place high voltage TVS diodes externally on the USB connector.HL5097 is available in 6-pin WLCSP package.

HL5097 is a high-performance USB Type-C connector protection IC, including two channels of CC or SBU interfaces. The maximum rated voltage for the two input pins (IN_SIG1 and IN_SIG2) of the USB connector is 28V, to protect these signal line pins when they are shorted to the VBUS pin, which can generate voltages up to 20V. By using the HL5097 OVP switch, downstream systems can be safely protected from overvoltage, ESD, and surges. The OVP thresholds for IN_SIG1 and IN_SIG2 are: HL5097WL01 is 5.8V, HL5097WL02 is 4.8V. The signal path switch has a low Rds(on) current of 160mΩ, capable of providing up to 1.25A of current for the VCONN power supply. In the case of battery depletion, the internal pull-down resistor (Rd) on IN_SIG1/2 is connected to GND, so that the source detects this Rd and starts providing VBUS power when the battery is depleted. Most systems require IEC 61000-4-2 system-level ESD protection for their external pins. The HL5097 integrates IEC 61000-4-2 ESD protection for IN_SIG1 and IN_SIG2, eliminating the need to place high-voltage TVS diodes outside the USB connector.

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- 商品名: HL5097
- 产品名称: USB Type C CC/SBU Protection Switch
- 产品简介: HL5097 is a high-performance USB Type-C connector protection IC which includes two channels for CC or SBU interface. Two input pins (IN_SIG1 and IN_SIG2) of HL5097 facing USB connector have 28V maximum voltage rating in order to be protected from over voltage by shorting these signals with VBUS voltage up to 20V. Downstream system can be protected safely from over voltage condition, ESD and surge by using HL5097 OVP switch. IN_SIG1 and IN_SIG2 OVP threshold are pre-fixed to 5.8V for HL5097WL01 and 4.8V for HL5097WL02. The signal path switches have low 160mΩ Rds(on) to be able to deliver current up to 1.25A for VCONN power. During dead battery condition, internal pull-down resistor (Rd) on IN_SIG1/2 are terminated to GND for Source to detect this Rd and start providing VBUS power supply at dead battery condition. Most systems require IEC 61000-4-2 system level ESD protection for their external pins. The HL5097 integrates IEC 61000-4-2 ESD protection for the IN_SIG1 and IN_SIG2 removing the need to place high voltage TVS diodes externally on the USB connector.HL5097 is available in 6-pin WLCSP package.
HL5097 is a high-performance USB Type-C connector protection IC, including two channels of CC or SBU interfaces. The maximum rated voltage for the two input pins (IN_SIG1 and IN_SIG2) of the USB connector is 28V, to protect these signal line pins when they are shorted to the VBUS pin, which can generate voltages up to 20V. By using the HL5097 OVP switch, downstream systems can be safely protected from overvoltage, ESD, and surges. The OVP thresholds for IN_SIG1 and IN_SIG2 are: HL5097WL01 is 5.8V, HL5097WL02 is 4.8V. The signal path switch has a low Rds(on) current of 160mΩ, capable of providing up to 1.25A of current for the VCONN power supply. In the case of battery depletion, the internal pull-down resistor (Rd) on IN_SIG1/2 is connected to GND, so that the source detects this Rd and starts providing VBUS power when the battery is depleted. Most systems require IEC 61000-4-2 system-level ESD protection for their external pins. The HL5097 integrates IEC 61000-4-2 ESD protection for IN_SIG1 and IN_SIG2, eliminating the need to place high-voltage TVS diodes outside the USB connector.
- USB Type C Connector Protection for dual channel signal path: CC or SBU
- VSYS Voltage Range: 2.5 to 5.5V
- Absolute Maximum Voltage Rating of IN_SIG: 28V
- Low Rds(on) N-MOS Switch: 160mΩ
- Compliance to IEC61000-4-2 for IN_SIG:
  - Contact discharge: ±8kV
  - Air discharge: ±15kV
- Surge Protection for IN_SIG: ±40V
- Fixed Over Voltage Threshold level by option:
  - 5.8V (CC option, HL5097WL01)
  - 4.8V (SBU option, HL5097WL02)
- Built-in Deadbattery Rd on IN_SIG for VBUS power supply (HL5097WL01)
- Ultra-fast OVP Protection Response Time: 30nsec
- Low Quiescent Current: 25µA(Typ)
- Operating temperature range = −40°C ~ 85°C
- 6-bump WLCSP, 1.25mm×0.93mm, 0.4mm Pitch
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- Smartphones
- Mobile IoT Devices
For the full datasheet, please contact sales.cn@halomicro.com to submit your request.

For more sample information, please contact Get samples to submit your request,

or contact marketing@halomicro.cn by email to state your requirements.

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