Wholesale Price 1600V 90A Power Diode Modules Thyristor Rectifier

• Customization: Available
• Application: Detector, Diode, Power Electronic Components, Temperature Measurement, Inverter
• Batch Number: 2022+
• Certification: CE
• Manufacturing Technology: Optoelectronic Semiconductor
• Model: MD90
• Package: BGA
• Signal Processing: Digital
• Mounting Type: Standard
• Description: Rectifier Diode Switching Diode SCR Diode
• Package Type: Surface Mount/Through Hole
• Package / Case: Standard
• Media Available: Datasheet, Photo
• Max. Reverse Voltage: 4500V
• Max. Forward Current: 200A
• Max. Reverse Current: 200A
• Diode Type: SCR Diode
• Technology: Standard
• Voltage - Peak Reverse (Max): 6500V
• Current - Reverse Leakage @ Vr: 5mA
• Speed: Not Applicable
• Our Products: Bridge Rectifier Diode
• Service: Components
• Transport Package: Standard Package
• Trademark: PowerPassion
• Origin: China
• HS Code: 8504409999
• Production Capacity: 60000pieces/Year

Product Description

Product Description

• High Voltage Capability: The High Volta MD90 Switching Diode is designed to handle high voltage applications, with a maximum peak reverse voltage of 6500V, making it suitable for demanding inverter systems.

 

• High Power Dissipation: With a maximum power dissipation of 1W-3W, this diode can efficiently handle high power requirements in various applications, including power rectification and switching circuits.

 

• Wide Operating Temperature Range: The diode operates within a temperature range of -40°C to 125°C, ensuring reliable performance in harsh environments.

 

• Low Reverse Leakage Current: The MD90 Switching Diode features a low reverse leakage current of 5mA, minimizing power loss and heat generation in the circuit.

 

• Datasheet and Photo Available: The product comes with a datasheet and photo available, providing users with comprehensive information for design and integration purposes, as requested by the user.

 

Normal working conditions and installation conditions
1. Self-cooling and air-cooled ambient temperature -40 °C ~ 40 °C,
water-cooled ambient temperature 5 °C ~ 40 °C
2. Relative humidity of air ≤ 85%
3. No corrosive gases in the air and dust that destroys insulation
4. Air pressure 85Kpa-106Kpa
5. No severe vibration and shock
6. If there are special occasions, the corresponding experiment should be carried out to prove that the work is reliable.
7. Forced air cooling: wind speed ≥6m/s, air temperature ≤40°C
8. Water cooling: flow rate ≥ 4L / min, water pressure: 0.2 ± 0.03Mpa, water resistivity ≥ 20kΩ

Normal working conditions and installation conditions

1. Self-cooling and air-cooled ambient temperature -40 °C ~ 40 °C,

water-cooled ambient temperature 5 °C ~ 40 °C

2. Relative humidity of air ≤ 85%

3. No corrosive gases in the air and dust that destroys insulation

4. Air pressure 85Kpa-106Kpa

5. No severe vibration and shock

6. If there are special occasions, the corresponding experiment should be carried out to prove that the work is reliable.

7. Forced air cooling: wind speed ≥6m/s, air temperature ≤40°C

8. Water cooling: flow rate ≥ 4L / min, water pressure: 0.2 ± 0.03Mpa, water resistivity ≥ 20kΩ

 

Product Parameters

Type	If(AV)	TC	Itsm@Tvjim&10ms	I2t	Vtm@It&Tj=25ºC	Itm@It&Tj=25ºC	Tjm	Rjc	Rc-s
	A	ºC	A	A2s	V	A	ºC	ºC/W	ºC/W
ZP400A/1600V	400	100	4400	9.70E+04	1.35	900	175	0.0800	0.0200
ZP800A/1600V	800	100	8800	3.80E+05	1.30	1500	175	0.0540	0.0100
ZP1300A/1600V	1300	100	14300	1.00E+06	1.25	1500	175	0.0390	0.0080
ZP2500A/1600V	2500	100	27500	3.80E+06	1.35	3000	175	0.0220	0.0050
ZP3200A/1600V	3200	100	35200	6.00E+06	1.30	3000	175	0.0150	0.0045
ZP4600A/1600V	4600	90	50600	1.30E+07	1.15	3000	175	0.0125	0.0040
ZP6000A/1600V	6000	90	66000	2.10E+07	1.15	3000	175	0.0100	0.0030
Type	If(AV)	TC	Itsm@Tvjim&10ms	I2t	Vtm@It&Tj=25ºC	Itm@It&Tj=25ºC	Tjm	Rjc	Rc-s
	A	ºC	A	A2s	V	A	ºC	ºC/W	ºC/W
ZP300A/2400V	300	100	3600	6.50E+04	1.40	900	175	0.0800	0.0200
ZP600A/2400V	600	100	7200	2.60E+05	1.40	1500	175	0.0540	0.0100
ZP1100A/2400V	1100	100	13200	8.70E+05	1.30	1500	175	0.0390	0.0080
ZP2000A/2400V	2000	100	24000	2.90E+06	1.45	3000	175	0.0220	0.0050
ZP2500A/2400V	2500	100	30000	4.50E+06	1.40	3000	175	0.0150	0.0045
ZP34000A/2400V	3400	100	40800	8.30E+06	1.25	3000	175	0.0125	0.0040
ZP4400A/2400V	4400	100	52800	1.40E+07	1.20	3000	175	0.0100	0.0030
ZP6500A/2400V	6500	90	78000	3.00E+07	1.25	5000	175	0.0080	0.0020
ZP7500A/2400V	7500	100	90000	4.00E+07	1.15	3000	175	0.0060	0.0015
Type	If(AV)	TC	Itsm@Tvjim&10ms	I2t	Vtm@It&Tj=25ºC	Itm@It&Tj=25ºC	Tjm	Rjc	Rc-s
	A	ºC	A	A2s	V	A	ºC	ºC/W	ºC/W
ZP200A/3500V	200	100	2800	4.00E+04	1.55	600	150	0.0800	0.0200
ZP700A/3500V	700	100	9800	4.80E+05	1.95	1500	175	0.0540	0.0100
ZP800A/3500V	800	90	11200	6.20E+05	1.70	1500	150	0.0390	0.0080
ZP1350A/3500V	1350	90	18900	1.70E+06	1.60	3000	150	0.0220	0.0050
ZP2000A/3500V	2000	90	28000	4.00E+06	1.55	3000	150	0.0150	0.0045
ZP2900A/3500V	2900	90	40600	8.00E+06	1.50	3000	160	0.0125	0.0040
ZP3500A/3500V	3500	90	49000	1.20E+07	1.35	3000	160	0.0100	0.0030
ZP5000A/3500V	5000	100	70000	2.40E+07	1.35	5000	175	0.0080	0.0020
ZP5800A/2400V	5800	90	81200	3.30E+07	1.20	5000	160	0.0060	0.0015

Type	If(AV)	TC	Itsm@Tvjim&10ms	I2t	Vtm@It&Tj=25ºC	Itm@It&Tj=25ºC	Tjm	Rjc	Rc-s
	A	ºC	A	A2s	V	A	ºC	ºC/W	ºC/W
ZP500A/4500V	500	100	7500	2.80E+05	2.10	1500	150	0.0540	0.0100
ZP640A/4500V	600	100	9600	4.60E+05	1.90	1500	150	0.0390	0.0080
ZP1200A/4500V	1200	100	18000	1.60E+06	2.00	3000	150	0.0220	0.0050
ZP1350A/4500V	1350	100	20250	2.00E+06	1.80	3000	150	0.0150	0.0045
ZP1900A/4500V	1900	100	28500	4.00E+06	1.70	3000	150	0.0125	0.0040
ZP2500A/4500V	2500	100	37500	7.00E+06	1.60	3000	150	0.0100	0.0030
ZP4000A/4500V	4000	100	60000	1.80E+07	1.45	5000	160	0.0080	0.0020
ZP5200A/4500V	5200	90	78000	3.00E+07	1.35	5000	150	0.0060	0.0015
Type	If(AV)	TC	Itsm@Tvjim&10ms	I2t	Vtm@It&Tj=25ºC	Itm@It&Tj=25ºC	Tjm	Rjc	Rc-s
	A	ºC	A	A2s	V	A	ºC	ºC/W	ºC/W
ZP2100A/5200V	2100	100	31500	5.00E+06	1.50	3000	150	0.0100	0.0030
ZP3400A/5200V	3400	90	51000	1.30E+07	1.35	5000	150	0.0080	0.0020
ZP2400A/6500V	2400	100	36000	6.50E+06	1.50	5000	150	0.0080	0.0020
ZP3500A/6500V	3500	100	52500	1.40E+07	1.45	5000	150	0.0060	0.0015
ZP500A/7200V	500	100	7500	2.80E+05	2.00	1500	150	0.0390	0.0080
ZP960A/9200V	960	100	14400	1.00E+06	1.75	1500	150	0.0220	0.0050

Detailed Photos

related products

 

Application

The Thyristor Power Regulator, commonly known as the SCR power controller, is expertly designed to manage power delivery and is widely utilized in:

1. Aluminium melting furnaces;

2. Holding furnaces;

3. Boilers;

4. Microwave dryers;

5. Multi-zone drying and curing ovens;

6. Plastic injection moulding requiring multi-zone heating for manifold moulds;

7. Plastic pipes and sheets extrusion;

8. Metal sheets welding systems;

Company Profile

OUR REQUIREMENT

Our operations boast in-house equipment, a dedicated warehouse, and the finest imported raw materials including silicon, monocrystalline silicon, and premium aluminum profiles.

Certifications

Packaging & Shipping

FAQ

FAQ

• 1.Do you provide after-sales service?

  Of course, we offer comprehensive after-sales service. If you encounter any issues with our products during use, please feel free to contact us, and we will do our best to solve your problems. Within the warranty period, if there are any quality issues with the product, we will replace or repair it for free.

• 2.How can I place an order for your thyristor products?

  You can place an order by consulting our sales staff online, sending a purchase order to our email, or calling our order hotline directly.

• 3.Do you provide samples, and how is the charging handled?

  For low-value standard products, we can provide free samples for testing, but the customer is responsible for the shipping costs. High-value product samples come with a discount, which can be discussed on a case-by-case basis.

• 4.Do you have SCR Power Regulators products in stock?

  We have some conventional models in stock. For specific inventory, please consult our sales staff. For non-stock products, our delivery time is usually 15-30 days.

• 5.How can one determine if a thyristor is damaged?

  You can determine if a thyristor is damaged by checking if there are any anomalies in its forward and reverse blocking voltages. If so, the thyristor may be damaged. For specific products, please consult an engineer for detailed numerical reference and guidance.