90HBJ03PT Grayhill Inc, 90HBJ03PT Datasheet - Page 5

• Manufacturer Part Number: 90HBJ03PT
• Description: SWITCH DIP SEAL JLEAD SMD 3POS
• Manufacturer: Grayhill Inc
• Series: 90HBr

Specifications of 90HBJ03PT

• Circuit: SPST
• Number Of Positions: 3
• Contact Rating @ Voltage: 0.15A @ 30VDC
• Actuator Type: Standard
• Actuator Level: Flush
• Mounting Type: Surface Mount
• Orientation: Top Actuated
• Washable: Yes
• Contact Configuration: SPCO
• No. Of Switch Positions: 3
• Actuator Style: Recessed Slide
• Pitch Spacing: 2.54mm
• Contact Current Dc Max: 100mA
• Circuitry: SPST-CO
• Contact Current Max: 10mA
• Lead Free Status / RoHS Status: Lead free / RoHS Compliant
• Other names: GH7228

3.0 Subgroup 2:
4.0 Subgroup 3:
5.0 Subgroup 4:
Page 4 of 6
3.1. Moisture Resistance- Fifty switches were tested for moisture resistance as
specified in MIL- 202, Method 106, test condition B-1 (air).
3.2. Insulation Resistance. - After the moisture resistance test, the switches were tested
for insulation resistance per MIL-202, Method 302 with a requirement that the IR be
no less than 10 MegOhms.
3.3.Contact Resistance- Contact resistance measurements were taken after moisture
resistance and IR.
4.1. Resistance to IR Reflow Processing. -Fifty switches were run through three cycles
of a typical lead free reflow process using a thermal profile as shown. The test criteria
specify that there should be no evidence of physical or electrical damage to the
switches.
4.2 Contact Resistance- Contact resistance measurements taken after the reflow
processing must be less than 50 milliohms on all switch positions (10 mA @ 50mV
DC).
5.1. Resistance to IR Reflow Processing. - Twenty-five switches that were processed
in subgroup 3 for resistance to IR Reflow were used for the subgroup 4 testing.
5.2. Mechanical Shock- Twenty-five switches were tested as specified in MIL-202,
Method 213 using test condition “E” (1,000 G’s, 0.5mS, half sine) for the test. Each
switch was preset with half of the switches in the open position and half in the closed
position. With all switch positions monitored in accordance with Method 310 of MIL-
202, no opening or closing of contacts in excess of 10 microseconds is allowed during
the test period.
5.3. Resistance to Vibration- After mechanical shock, the twenty five switches were
tested as specified in MIL-202, Method 204 to test condition “B” (10-2000 Hz at 15G
or 0.06” double amplitude). Each switch was preset with half of the switches in the
open position and half in the closed position. No contact openings or closings in
excess of 10 microseconds are allowed during the test. The switches were then
inspected for any mechanical or physical damage.
5.4. Contact Resistance- Contact resistance measurements were taken after the Shock
and Vibration testing were completed. Contact resistance must be less than 50
milliohms at all switch positions after testing.
All fifty switches that were tested in this subgroup met the requirements as
specified.
All fifty switches that were tested met the requirements as specified.
All twenty-five switches tested met the requirements as specified.
561 Hillgrove Ave., LaGrange, Illinois 60525-5997 USA
Phone: [phone] Fax: [phone] http://www.grayhill.com