Details

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BUY H1086NL https://www.utsource.net/itm/p/4496625.html
10/100 BASE-T SINGLE PORT TRANSFORMER MODULES

Parameter	Symbol	Min	Typ	Max	Unit	Description
Supply Voltage	VDD	2.0	-	5.5	V	Operating voltage range
Input Voltage Range	VIN	0	-	VDD	V	Input voltage range relative to GND
Output Voltage	VOUT	-	VDD	-	V	Output voltage, follows supply
Quiescent Current	IQ	-	1.5	-	渭A	Current consumption in standby
Response Time	tR	-	100	-	渭s	Time to respond to input changes
Output Rise Time	tR	-	20	-	ns	Time for output voltage rise
Output Fall Time	tF	-	20	-	ns	Time for output voltage fall

Instructions for H1086NL

1. Power Supply Connection:

   • Connect the VDD pin to a power supply within the specified voltage range (2.0V to 5.5V).
   • Ensure a stable and clean power supply to avoid unexpected behavior.

2. Input Signal:

   • Apply the input signal to the VIN pin. The input voltage should be within the range of 0V to VDD.
   • Avoid exceeding the maximum input voltage to prevent damage.

3. Output Handling:

   • The output voltage (VOUT) will follow the supply voltage (VDD). Use this pin to connect to your load or next stage circuitry.
   • Ensure that the load connected to VOUT does not exceed the capabilities of the H1086NL.

4. Quiescent Current Management:

   • Be aware of the quiescent current (IQ), which is typically around 1.5渭A. This value should be considered in low-power applications.

5. Timing Considerations:

   • The response time (tR) of the device is approximately 100渭s, indicating how quickly it can react to changes in the input signal.
   • For transient signals, note the output rise and fall times (tR and tF), both approximately 20ns, to ensure compatibility with your application's timing requirements.

6. Handling and Storage:

   • Handle the H1086NL with care to avoid electrostatic discharge (ESD) damage.
   • Store in a dry environment and follow anti-static precautions when handling.

7. Application Notes:

   • Refer to the datasheet for detailed application notes and specific use cases.
   • For optimal performance, consider using bypass capacitors near the power supply pins.

(For reference only)