FPC P0.50 SMT vertical

No

parts

Suppliers of raw materials

Material name/Type name

FLAME CLASS

FILE NO.

1

main body

(HOUSING)

Polyplastics

POLYPLASTICS CO., LTD

LCP

Liquid crystal polymer

473i (natural color)

V-0

E106764

2

putter

(ACTUATOR)

Kuraray

KURARAY CO., LTD

PA9T

Polyamide 9T

GN2450 (Black)

V-0

E90350

serial number

project

Test Methods

Specifications

1

Exterior

Visual inspection, inch measurement.

Meet the drawing requirements

serial number

project

Test Methods

Specifications

1

contact resistance

Test on the same terminal, current: 1.0A (DC), voltage: below 5V, use wire: adapt to FFC standard wire.

30mΩ Max.

2

Insulation resistance

DC 500V between adjacent terminals, 1 minute.

500MΩ Min.

3

Pressure test

AC 500V between adjacent terminals, induction current 2mA, 1 minute.

No breakdown, no short circuit.

4

The temperature rises

When the terminal is working at rated voltage and current, measure the temperature rise of the terminal.

30℃ Max.

project

Test Methods

Specifications

1

FFC/FPC holding force

After the FFC is inserted into the FPC connector, it is pulled out vertically at a constant speed of 25~100mm/min. After this action is repeated three times, the measurement data is recorded for the fourth time.

SEE "FFC/FPC Retention Force"

2

Fixed sheet single PIN retention force

Pull out vertically at a constant speed at a speed of 25~100mm/min

400gf/pin Min

3

Terminal retention

Pull out the terminal vertically from the rubber core groove at a constant speed of 25~100mm/min

100gf/terminal Min.

4

Action force of SLIDER

Insert the FFC wire into the main body and measure the insertion and extraction force of the SLIDER

SEE "SLIDER Force"

5

Plug Durability

Do the following moves for 30 rounds:

FPC insertion, SLIDER insertion, SLIDER extraction, FPC extraction

Contact resistance 50mΩ Max .

No deformation

serial number

project

Test Methods

Specifications

1

Vibration resistance

The terminals are connected in series with a current of 0.1A DC, an amplitude of 1.5mm, a frequency of 10-55-10Hz, and X, Y, and Z directions for 2 hours each, for a total of 6 hours.

The contact impedance is less than twice the initial specification;.

Discontinuous conduction within 1μs; no abnormal appearance.

2

Impact resistance

The terminals are connected in series with a current of 0.1A DC, the acceleration is 490m/s ²  , the X, Y, and Z directions are 11ms each, 3 times each, 18 times in total.

3

cold resistance

Place at -25±3°C for 48H.

1 Contact resistance:

30mΩ Max.

2 Insulation resistance:

100 MΩ Min.

3 withstand voltage: no breakdown,

short circuit

4 Appearance: no abnormality

4

heat resistance

Place it at a temperature of 85±2°C for 96 hours.

5

Moisture resistance

The temperature is 40±3℃; the storage time is 96H in the humidity of 90~95% RH.

6

Salt spray test

Temperature 35±2°C; salt water specific gravity 5±1% spray test 48H.

7

Thermal shock

-55±3°C; 85±2°C for 30 minutes each, for a total of 5 cycles.

8

Moisture resistance

(temperature and humidity cycle)

Follow the curve below to complete the 5 cycle test.

9

Tin Wetting

Dipping tin temperature 245±3℃ (Sn: Lead Free); time 3s Max.

eat tin full,

Above 95%.

10

Solder heat resistance

Soldering iron temperature 350±10℃ (Sn: Lead Free); time 10+1/-0s.

meet the electrical performance,

Appearance is normal,

Tin foot and fixed piece are flat

Roundness 0.10mm Max.

11

Reflow heat resistance

Preparatory heating time: 150°C 60~120s.

Soldering temperature time: 250℃ 30±1s.

12

Sulfur resistance

(gold-plated product)

According to the technical standard SS-00126-12 three kinds of mixed GAS corrosion test.

The contact impedance is less than twice the initial specification;

No visible corrosion near contacts.

13

Solvent resistant

Place product in isopropyl alcohol container for 90 seconds and remove.

meet the electrical performance,

Appearance is normal.