ASIC Miner ICERIVER KAS KS0 Profitability In the realm of cryptocurrency mining, the Iceriver KAS KS0 miner has garnered widespread attention. Tailored specifically for the Kaspa network's KHeavyHash algorithm, it boasts high hashing power and low power consumption, making it an ideal choice for many miners. In this article, we will comprehensively assess IceRiver KS0 profitability while considering the Kaspa market conditions and the attributes of KS0 miner. Kaspa Market Dynamics Kaspa is a vibrant cryptocurrency network aimed at delivering high performance and scalability for everyday transactions. At the time of writing this article, the Kaspa coin trades at approximately $0.04959. But it's essential to note that cryptocurrency markets are highly susceptible to price volatility. Hence, investors must remain vigilant about market dynamics. Additionally, the Kaspa network's mining difficulty and reward mechanisms play a role in mining returns. Attributes of the IceRiver KS
How to test the voltage and ground value of the Antminer S17 Pro hash board power supply unit?
Antminer S17 Pro hash board
Antminer S17 Pro hash board power supply unit
Voltage and ground value test of Antminer S17 Pro power supply unit
1. 18V voltage test
Test method: Fluke 15B + multimeter DC gear, the red test lead is placed on the positive pole of the power interface of the hash board, and the black lead is placed on the negative pole of the power interface.
2. PIC chip voltage test
There is a black dot on the PIC chip, that is the 1st Pin.
Test method: Fluke 15B + multimeter DC gear, measure whether the 9th Pin of the PIC chip has a voltage output; the normal voltage is about 3.3V. If there is no 3.3V, please check the connection status of the hash board test cable to see if the hash board is normal. If it is not normal, you need to reprogram the PIC.
3. MOS tube voltage test
There is a white dot next to the MOS tube, which is the 1st Pin. Therefore, the voltage of the MOS tube is the 1st Pin input and the 8th Pin output.
Test method: Fluke 15B + multimeter DC gear, the black test lead is placed on the negative pole of the capacitor, the red test lead is placed on the 1st or 8th Pin of the MOS tube, the input and output values of the MOS tube voltage can be measured, normal will have 18V input and output.
If the voltage is abnormal, it is necessary to measure the ground value of the MOS tube.
Test method for ground value: Fluke 15B + multimeter diode gear, red test lead is placed on the negative electrode of the capacitor, and black test lead is placed on the 1st or 8th Pin of the MOS tube. If the ground value is abnormal, replace the MOS tube. (To judge whether the resistance value of the MOS tube is abnormal, you can compare it with other MOS tubes)
4. LDO 1.8V and PLL 0.8V output voltage test
There is a white dot next to LDO 1.8V, which is the 1st Pin. The LDO 1.8V voltage is the 1st Pin input and the 5th Pin output.
Test method: Fluke 15B + multimeter DC gear, the black test lead is placed on the heat sink of the same domain, the red test lead is placed on the 1st Pin, normally there will be a voltage input of 3.2V, and the black test lead is placed on the 5th Pin, normally there will be 1.8V output.
There is a white dot next to PLL 0.8V, which is the 1st Pin. PLL 0.8V voltage is the 1st Pin input and the5th Pin output.
Test method: Fluke 15B + multimeter DC gear, the black test lead is placed on the heat sink of the same domain, the red test lead is placed on the 1st Pin, normally there will be a voltage input of 1.8V, the red test lead is placed on the 5th Pin, normally there will be 0.8V output.
If the voltage is abnormal, it is necessary to measure the ground value of LDO 1.8V and PLL 0.8V.
Ground value detection method: Fluke 15B + multimeter diode gear, the red test lead is placed on the heat sink of the same domain, and the black test lead is placed on the 1st Pin. If the ground value is abnormal, replace the corresponding LDO 1.8V and PLL 0.8V. (To judge whether the resistance of LDO 1.8V and PLL 0.8V is abnormal, you can compare other LDO 1.8V and PLL 0.8V)
5. 24V voltage test
Through the two ends of the black capacitor, the 24V voltage can be measured.
Test method: Fluke 15B + multimeter DC gear is red, the red test lead is placed on the positive electrode of the capacitor, and the black test lead is placed on the negative electrode of the capacitor.
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