TTL to HTL /HTL to TTL Converter
TTL to HTL /HTL to TTL converter 1000KHz: This is TTL to HTL or HTL to TTL converter or differential to the single-ended converter or Single-ended to the differential converter. This module receives three differential signals viz +A, -A, +B, -B, +Z, -Z signals (3-10 VDC or 10-24 VDC PP) and converts the differential signal into single-ended signals A, B, Z. Pulse amplitude of output pulses is adjustable from 4.0 VDC to 24 VDC using a preset. In a reverse way, the module receives three signals A, B, Z w.r.t. GND and converts the single-ended signal into the differential signal (+A, -A) (+B, -B) and (+Z, -Z), the differential voltage is adjustable from 4.0 VDC to 24 VDC. Three-point converter is for 3 signals and 2 point converter is for 2 signals.
Features
- The output of type Source / Sink / Push Pulls in a single module.
- Input in the range 3-10 VDC and 12-30 VDC (Peak to peak voltage)
- Minimum Driving current: 1.6 mA
- Supply voltage: 24-30 VDC@300mA
- Output pulse train voltage adjustable from 4 – 28 VDC by preset
- Maximum input frequency 2000 KHz
- Reduces high-frequency noise and gives clear square wave
Technical specifications
- Input signal voltage: 3-10 VDC OR 10-30 VDC
- Max. input current: 5 mA
- Min. input current : 1.6 mA
- Max. output voltage: 24 VDC
- Min. output voltage: 4.0 VDC
- Max. load per output point: 100 mA
- Max pulse frequency: 1000 KHz (2 MHz)
|
Sr.No |
I/P Vpp |
No. of Points |
Order Code |
Price |
| 1 |
3-10 V |
2 |
QLOG-HTL-5-2P |
2500 |
| 2 |
10-24 V |
2 |
QLOG-HTL-24-2P |
2500 |
| 3 |
3-10 V |
3 |
QLOG-HTL-5-2P |
2500 |
| 4 |
10-24 V |
3 |
QLOG-HTL-24-2P |
2500 |
Typical Switching Characteristic of Universal Converter
Applications
a) For connecting simulated encoder signals from inverters/Servo drives to PLC inputs.
b) To convert high frequency differential signal in to single ended signals and vice versa.
c) To shift level of the square wave input to desired level
b) To convert high frequency differential signal in to single ended signals and vice versa.
c) To shift level of the square wave input to desired level
|
Sr.No |
Encoder PPR |
Motor RPM |
Pulse Freq |
Universal Converter Use |
| 1 |
5000 |
6000 |
500 KHz |
Recommended |
| 2 |
10000 |
3000 |
500.00 KHz |
Recommended |
| 3 |
10000 |
6000 |
10000.00 KHz |
Recommended |
Standards/Approvals
CE Certified, PCB: IEC61373, Terminals: UL/CE
Optoisolator: UL, Profile & end plates: CE
Optoisolator: UL, Profile & end plates: CE
Dimensions
90(H)x100(W) x 60(D) MMS: 3 point DIN rail mounting
90(H)x75(W) x 60(D) MMS: 2 point DIN rail mounting 3.55 KV
90(H)x75(W) x 60(D) MMS: 2 point DIN rail mounting 3.55 KV
Procedure to set Output pulse voltage
1) Connect the 24 VDC power supply to the converter
2) Connect 5.0VDC at +A and –A for a converter with input pulse 3-8VPP
3) Put the jumper JP1 on Vs place
3) Make both supplies ON and connect a voltmeter between terminals +AO and GND
4) Set the voltage to 5.25VDC by varying the blue preset PR.In clockwise direction voltage increases and vice versa. Check the differential output voltage between +AO and –AO, this will be 0.7V less than the single-ended voltage at +AO and GND
5) The output voltage is 22.5V if the jumper JP1 is in place 24V
6) If the 27-30 VDC power supply is available then output voltage 24V can be settable by preset keeping jumper JP on Vs place. This is recommended setting
2) Connect 5.0VDC at +A and –A for a converter with input pulse 3-8VPP
3) Put the jumper JP1 on Vs place
3) Make both supplies ON and connect a voltmeter between terminals +AO and GND
4) Set the voltage to 5.25VDC by varying the blue preset PR.In clockwise direction voltage increases and vice versa. Check the differential output voltage between +AO and –AO, this will be 0.7V less than the single-ended voltage at +AO and GND
5) The output voltage is 22.5V if the jumper JP1 is in place 24V
6) If the 27-30 VDC power supply is available then output voltage 24V can be settable by preset keeping jumper JP on Vs place. This is recommended setting
