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HRS IX40G-B-10S-CVL1(7.0)
HRS IX40G-B-10S-CVL1(7.0)
Manufacturer:HRS
Model Number:IX40G-B-10S-CVL1(7.0)
Minimum Order Quantity:200
Standard Packaging:-
Delivery Time:14-26 weeks
Product Description
Detailed Specifications & Features
Product Overview
This product is designed to meet the IEC 61076-3-124 standard, offering robust performance across a wide operating temperature range. It is suitable for applications requiring reliable electrical characteristics and mechanical durability, with specific ratings for voltage and current.
Product Attributes
- Applicable Standard: IEC 61076-3-124
- Brand: HIROSE ELECTRIC CO., LTD.
- Part Number: IX40G-B-10S-CVL1(7.0)
- Drawing Number: ELC-129988-00-00
- Code Number: CL0251-0076-0-00
Technical Specifications
| ITEM | TEST METHOD | REQUIREMENTS | QT | AT |
| Operating Temperature Range | -40C to +85C(95%RH max) (note1,2) | X | X | |
| Storage Temperature Range | -30C to +60C(95%RH max) (note1) | X | X | |
| Voltage | 50 V AC / 60 V DC | X | X | |
| Current | 1.5 A/pin (all pin) 3 A/pin (pin No.1,2,6,7) | X | X | |
| Contact Resistance | Measured at 100 mA max (DC or 1000 Hz). | Contact : 30 m max. (note3) Shield : 100 m max. (note3) | X | |
| Insulation Resistance | Measured at 500 V DC. | 500 M min. | X | |
| Voltage Proof | 500 V DC applied for 1 min. | Current leakage 2mA max. No breakdown. | X | |
| Insertion Loss | Measured in the range of 1 to 500 MHz. | 0.02 (f) dB max. (Whenever the formula results in a value less than 0.1 dB, the requirement shall revert to 0.1 dB.) | X | |
| Return Loss | Measured in the range of 1 to 500 MHz. | 68 20log(f) dB min. (Whenever the formula results in a value greater than 30 dB, the requirement shall revert to 30 dB.) | X | |
| Near end Crosstalk | Measured in the range of 1 to 500 MHz. | 94 20log(f) dB min. (1MHz to 250MHz) 46.04 30log(f/250) dB min. (250MHz to 500MHz) (Whenever the formula results in a value greater than 75 dB, the requirement shall revert to 75 dB.) | X | |
| Far end crosstalk | Measured in the range of 1 to 500 MHz. | 83.1 20log(f) dB min. (Whenever the formula results in a value greater than 75 dB, the requirement shall revert to 75 dB.) | X | |
| Transverse Conversion Loss | Measured in the range of 1 to 500 MHz. | 68 20log(f) dB min. (Whenever the formula results in a value greater than 50 dB, the requirement shall revert to 50 dB.) | X | |
| Transverse Conversion Transfer Loss | Measured in the range of 1 to 500 MHz. | 68 20log(f) dB min. (Whenever the formula results in a value greater than 50 dB, the requirement shall revert to 50 dB.) | X | |
| Insertion and Withdrawal Forces | A maximum rate of 50 mm/min. Measured by applicable connector. | Insertion force 25 N max. Withdrawal force 25 N max. | X | |
| Mechanical Operation | 5000 times insertions and extractions. Mating speed : 10 mm/s max. Rest : 5s, min.(unmated) | 1) Resistance: Contact : 80 m max. (note3) Shield : 100 m max. (note3) 2) No damage, cracks or looseness of parts. | X | |
| Vibration ,sinusoidal | Frequency 10 to 500 Hz 0.35 mm, 50 m/s2 2hrs in each of 3 mutually perpendicular axis. | 1) No electrical discontinuity of 1s. (note4) 2) No damage, cracks or looseness of parts. | X | |
| Fretting Corrosion | 490 m/s2 , 30 times/min at 1000 times. | 1) No electrical discontinuity of 1s. (note4) 2) No damage, cracks or looseness of parts. | X | |
| Mechanical Shock | Subject mated specimens to 300 m/s2 half-sine shock pulses of 11 milliseconds duration, 3 shocks in both directions of 3 mutually perpendicular directions (totally 18 shocks) | 1) No electrical discontinuity of 1s. (note4) 2) Resistance: Contact : 80 m max. (note4) Shield : 100 m max. (note4) 3) No damage, cracks or looseness of parts. | X | |
| Effectiveness of the connector coupling device | Applying 80 N force 60 s for the mating axis direction in state in fitted with applicable connector. | No unlocking, damage, cracks or looseness of parts. | X | |
| Locking device mechanical operations | 10000 cycles 20 cycles/min max | 1) Insertion and Withdrawal Forces Insertion force 25 N max. Withdrawal force 25 N max. 2) No damage, cracks or looseness of parts. | X | |
| Wrenching Strength | Applying 25times of 30 N 1s for 2 axis direction on tip of plug case in state in fitted with applicable connector. | No damage, cracks or looseness of parts. | X | |
| Rapid Change of Temperature | Subject mated specimens to 10 cycles between -55C and 85C with 30 minutes dwell at temp. extremes and 2 to 3 minutes transition between temperatures. | 1) Voltage proof : 500 V DC applied for 1 min. Current leakage 2mA max. No breakdown. 2) Resistance: Contact : 80 m max. (note3) Shield : 100 m max. (note3) 3) Insulation resistance: 500 M min. (at dry) 4) No damage, cracks or looseness of parts. | X | |
| Humidity / Temperature Cycling | Low temperature 25 C; High temperature 65 C; Cold sub-cycle 10 C; Relative humidity 93 % Duration 10 / each 24 h (IEC 60068-2-38,test Z / AD) | 1) Voltage proof : 500 V DC applied for 1 min. Current leakage 2mA max. No breakdown. 2) Resistance: Contact : 80 m max. (note3) Shield : 100 m max. (note3) 3) Insulation resistance: 500 M min. (at dry) 4) Insertion and Withdrawal Forces Insertion force 25 N max. Withdrawal force 25 N max. 5) No damage, cracks or looseness of parts. | X | |
| Damp Heat, Steady State | Subject mated specimens to a relative humidity of 93 % at a temperature of 40C during 21 days. | 1) Voltage proof : 500 V DC applied for 1 min. Current leakage 2mA max. No breakdown. 2) Resistance: Contact : 80 m max. (note3) Shield : 100 m max. (note3) 3) Insulation resistance: 500 M min. (at dry) 4) Insertion and Withdrawal Forces Insertion force 25 N max. Withdrawal force 25 N max. 5) No damage, cracks or looseness of parts. | X | |
| Dry Heat | Subject to +85 2 C, 21 days. (mating applicable connector) | 1) Voltage proof : 500 V DC applied for 1 min. Current leakage 2mA max. No breakdown. 2) Resistance: Contact : 80 m max. (note3) Shield : 100 m max. (note3) 3) Insulation resistance: 500 M min. (at dry) 4) Insertion and Withdrawal Forces Insertion force 25 N max. Withdrawal force 25 N max. 5) No damage, cracks or looseness of parts. | X | |
| Cold | Subject to -55 3 C, 10 days. (mating applicable connector) | 1) Voltage proof : 500 V DC applied for 1 min. Current leakage 2mA max. No breakdown. 2) Resistance: Contact : 80 m max. (note3) Shield : 100 m max. (note3) 3) Insulation resistance: 500 M min. (at dry) 4) Insertion and Withdrawal Forces Insertion force 25 N max. Withdrawal force 25 N max. 5) No damage, cracks or looseness of parts. | X | |
| Corrosion Salt Mist | Subject to 5 % salt water, 35 2 C, 48h. (leave under unmated condition.) | No heavy corrosion of contacts. | X | |
| Mixed Flowing Gas Corrosion Test | Test temperature : +251 , Relative humidity : 753 % H2S : 105 ppb, NO2 : 20050 ppb Cl2 : 105 ppb, SO2 : 20020 ppb Leave the samples for 4 days with mated. The same is performed with unmated samples. (IEC 60512, method 4) | 1) Resistance: Contact : 80 m max. (note3) Shield : 100 m max. (note3) 2) No damage, cracks or looseness of parts. | X | |
| Solderability | Temperature +350 10 , 3 sec at soldering parts. | 1) Wetting on solder surface. 2) No solder cluster. | X | |
| Resistance To Soldering Heat | Temperature +350 10 C, 5 sec at soldering parts. | No damage, cracks or looseness of parts. | X |
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