According to statistics, almost 60% of people's accidents during driving are concentrated in nighttime and bad weather. This is because driving sights are usually poor at these times, and drivers must spend more eyesight and physical strength. Concentrate on the road, indirectly causing fatigue and distraction, of course, the proportion of accidents in driving will also rise with the water!
Similarly, human pursuit of the brightness of driving sight is also a dissatisfaction, especially in the case of abundance of vehicle headlights, most consumers will seek modified light bulbs on the market to solve the problem. Therefore, in the market, so-called ultra-white light, super light, super bright light... a bunch of light bulb products came into being. However, until the latest technology HID gas discharge lamp appears, people have to have another understanding of the definition of "brightness"!
The so-called car headlights on the market, more than 95% of the current use of halogen bulbs, and its light-emitting principle is the use of tungsten filaments to generate light and heat. However, due to the melting point of the material of the tungsten wire itself, the original 60W halogen lamp also produces a color temperature of 3000~3200K at most; if the lamp is modified, the 100W bulb can be raised up to 3400 by increasing the tungsten resistance and wattage. ~3800K color temperature.
Nowadays, more and more HID gas discharge lamps used in mid- to high-end cars have a different illumination principle than traditional halogen lamps! To give a simple example, if the halogen lamp is illuminated like a traditional light bulb in the home, the HID gas discharge lamp is like a fluorescent tube. The principle of HID gas discharge lamp is to use positive and negative electricity to stimulate the reaction of radon and rare metal, so you will find a small glass ball in the tube of the HID bulb, which is filled with helium and a little. Rare metals, as long as they use current to stimulate them to react chemically, they will emit light up to 6000K color temperature. This is not only the luminosity of traditional halogen lamps, but 6000K is also the color temperature closest to noon daylight. The luminosity that the human eye feels comfortable. In addition, since the activity of helium molecules will become more active as the use time is longer, the gas discharge bulb will be brighter and brighter!
Because HID gas discharge lamps are different from traditional halogen lamps, the headlight bulbs on the car can be illuminated with a voltage of 12 volts. If it is used in a gas discharge lamp, it is Absolutely not enough, so the real HID gas discharge lamp, like the fluorescent lamp set, must have a transformer, first boost the 12V voltage on the car to 23000V, which is used to instantly stimulate the helium gas when it is just turned on. High brightness, and then turn the voltage into 8000V, stable and continuous supply of Xenon bulbs! So if you are buying a modified light set on the market, how do you tell which of the many products is the real "HID"? What is the real xenon lamp? See if there is a transformer!
In fact, many modified gas discharge lamp sets have appeared on the market. However, due to the limited form of the lamp holders, the quality stability of the ballast is not good, and the unit price is also high. Therefore, the reaction of consumers on the market is not enthusiastic! Because of this, the company has introduced a HID gas discharge headlight conversion kit, which not only stabilizes the quality of the ballast, but also develops suitable products for the lamp holders of various models on the market; whether your car originally used H1, H4, H7, 9004, 9005, 9006, 9007 bulbs, this HID gas discharge lamp kit has a combination of products! Let's take a look at the attractive features of this modified HID gas discharge headlight:
1. Triple brightness output: Usually the unit of brightness is called “Lumenâ€. This HID gas discharge lamp can output up to 3200Lumen, while the general halogen bulb can only produce 1000Lumen. The brightness of HID is three times higher than that of traditional halogen lamps, which has obvious effects on improving the visibility of driving sights at night and in fog.
î—¥ î—¥ 2. Higher color temperature: As mentioned above, Xenon headlights can produce color temperature of about 6000K, and most people have a misconception that the higher the K value, the higher the brightness; in fact, the so-called color temperature is only Explain at what temperature the color of the light is produced. The lower the temperature, the more the color temperature will be red, and vice versa. The color of the light around 6000K is the color temperature of the whitest slightly starting to turn blue, and the color closest to the noon daylight. The human eye has the highest degree of acceptance and comfort. Such lighting is used in the night illumination of the vehicle, which can effectively reduce the visual fatigue of the driver and indirectly contribute to the safety of driving.
î—¥ î—¥ 3. Five times the product life: everyone may have encountered the halogen lamp on the car suddenly does not light, the result is the case of tungsten wire burned. Indeed, because the principle of illuminating the halogen lamp is caused by the heating of the tungsten wire, and the tungsten wire is not burnt and damaged under the long-term high heat; the xenon lamp uses the current to stimulate the gas to emit light, and basically does not generate excessive temperature. So as long as the helium has not been used up, it can always shine normally and is not easy to damage! According to a study, even a halogen bulb with a higher quality can only be used for up to 400 hours in a row. A gas-emitting xenon bulb has a minimum life of 2,500 hours, which means that you are in normal driving conditions. Next, a group of HID gas discharge lamps is enough for you to use for 6 years!
î—¥ î—¥ 4. About 1/2 of the power consumption: most of the original halogen headlights of the general vehicle need to use 55~65W of power, and this group of HID gas discharge headlights only needs to operate under the stable operation of the ballast. 35W of electricity is used to supply xenon bulbs. As for the saved electricity, does it mean that it saves oil money indirectly?
A set of HID gas discharge headlights consists of two bulbs, two transformers, and a complete set of wires. In actual installation, just replace the position of the halogen bulb in the original car with the bulb in the HID gas discharge lamp group, and then connect the original bulb connector and ballast with the inner cable set, which is equivalent to the original fixture line group. In the middle of the bridge, a ballast is replaced with a HID gas discharge bulb, and that's it.
Comparison of HID Gas Discharge Lamp Sets with Halogen Bulbs and Comparison of HID Gas Discharge Lamp Sets and Halogen Bulbs
Light bulb form | Watt number (W) | Lumen number | Color temperature (K) | Life (hr) |
HID | 35 | 3200 | 6000 | 2500 |
H4 | 55 | 1000 | 3000 | 300 |
9006 | 55 | 1000 | 3000 | 250 |
H1 | 55 | 1500 | 3200 | 250 |
H7 | 55 | 1500 | 3200 | 250 |
Common car headlight bulb specifications
Model Headlight | FAW-Volkswagen | |||||
JEEA | JETTA | BORA | AUDI A6 | AUDI A8 | AUDI A100 | |
Low beam lights | H4 | H1 | H7 | H1 | H1/D2S | H4 |
High beam | H4 | H1 | H7 | H7 | HB3 | H4 |
Anti-fog lamp | H3 | H1 | H3 | H3 | H3 |
Model Headlight | Shanghai Volkswagen | Toyota | ||||
PASSAT | SANTANA | Model 2000 | POLO | Caramel 97 | Cruiser 97 | |
Low beam lights | H7 | H4 | H4 | H7 | H4/H7 | H4 |
High beam | H1 | H4 | H4 | H1 | H4/H7 | H4 |
Anti-fog lamp | H3 | H3 | H7 | H3 |
Model Headlight | Shanghai GM | Volvo | Mitsubishi | Daewoo | ||
BUICK | BUICK GLB | SAIL | 850 95 | Pajero 91 | Reynolds 98/10 | |
Low beam lights | H1 | H4 | H4 | H1 | H4 | H4 |
High beam | H1 | H4 | H4 | H1 | H4 | H4 |
Anti-fog lamp | H1 | H3 | H3 | H3 |
Model Headlight | MERCEDES | LIXUS | BMW | |||
E-Klasse95 | S-Klasse | LS400 90-98 | Series 3 (E3695-98) | Series 5 (E39) | Series 3 Compact | |
Low beam lights | H7/D2R | H7 | H4 | H7 | H7/D2S | HB4 |
High beam | H7 | H7 | H4 | H7 | HB3/D2S | HB3 |
Anti-fog lamp | H3 | H3 | H3 | H1 | H7 | H1 |
Model Headlight | HONDA | MAZDA | |||
Accord 96 Accord | Civic 11/91 Civic | Odyssey Odyssey | 323F | 929 | |
Low beam lights | HB4 | H4 | H1 | H4 | H4 |
High beam | HB3 | H4 | H1 | H4 | H4 |
Anti-fog lamp | H3 | H1 |
Model Headlight | Nissan | Beverly | Fiat | Ford | Iveco |
Blue bird | Hatchback / sedan | Pario | Transit 95 | 3010/4010 | |
Low beam lights | H4 | H4 | H4 | H4 | H4 |
High beam | H4 | H4 | H4 | H4 | H4 |
Anti-fog lamp | H3 | H3 | H3 |
Model Headlight | Fengshen | red flag | antelope | Changan Suzuki | Alto | Xiali |
Blue bird | 7200 | Xiali 2000 | ||||
Low beam lights | H4 | H4 | H4 | H4 | H4 | H4 |
High beam | H4 | H4 | H4 | H4 | H4 | H4 |
Anti-fog lamp | H3 | H3 | H3 | H3 | H3 | H3 |
3.96mm Wire To Board Connectors
3.96mm Wire To Board Connectors are avialable in different terminations and sizes intended for use on a variety of applications. These connectors provide power and signal with different body styles, termination options, and centerlines. To find the wire to board set required, click on the appropriate sub section below.
Antenk offers a wide variety of wire-to-board connector solutions that fit applications requiring high-power solutions or microminiature options.
3.96mm (0.156") Pitch Wire to Board Connectors delivering 7.0A and 600V per circuit in an industry-standard 3.96mm pitch, power application connectors are ideal for low- to mid-power wire-to-board and board-to-board applications
3.96mm Pitch Board-to-Wire Connectors are rated for up to 10 Amps max. when using 16 AWG wire. The locking mechanism provides a clear and tactile click that prevents incomplete mating and incorrect insertion. The pin header comes with a guide post to prevent reverse insertion on the PCB. The lance is part of the housing instead of being a part of the terminal, which prevents tangled wires during assembly. The wall structure between the contacts helps to isolate the contacts and prevents short circuits between contacts. The DF63 series is capable of being potted, up to 5mm. Glass-reinforced resin is used on the pin header to prevent solder cracks due to thermal contraction. Keying options prevent incorrect connections due to the use of multiple connectors on the same board. When using identical pin counts, two versions are available with different keying options.
3.96mm Pitch Board-to-Wire Connectors Features
Capacity to handle a maximum of 10A when using 16 AWG wire MAX 10A/pin AWG ♯16 7A AWG ♯18
A locking mechanism that ensures a secure and completed connection: The locking mechanism delivers a clear and tactile click the prevents incomplete mating
Prevents incomplete insertion of the crimp contact
Prevents incorrect insertion between different poles
Reverse mounting prevention to PCB: The pin header is equipped with a guide post to prevent reverse insertion on the PCB
Molded lance design: The lance is actually part of the housing instead of being a part of the terminal. This prevents tangled wires during assembly
Short-circuit prevention: The wall structure between the contacts helps to isolate the contacts and prevents short circuits between contacts
Capable of being potted, up to 5mm
Solder Crack prevention: Glass-reinforced resin is used on the pin header to prevent solder cracks due to thermal contraction
Keying options prevent incorrect connections due to the use of multiple connectors on the same board. When using identical pin counts, two versions are available with different keying options
Corresponds with 7.92mm pitch: Also corresponds with 7.92mm pitch with 2 or 3 pos. without pins
Pitch 3.96mm Wire to Board Connectors Specification
Pitch:3.96mm
Circuits:2-12P
Wire AWG:18-24
Current:7.0 A
Rated Voltage: 250V
Operate TEMP: -25℃~85℃
Resistance:1000/min(MΩ)
Withstanding Voltage:1500V
Max wire(Diameter) : 2.5
Pitch 3.96mm Wire to Board Connectors Features and Benefits
Smallest pitch for positive lock Wire-to-Board crimp system
Provides space savings for mounting other components
mating retention with low mating and unmating forces
Wide header variations to provides customers with many choices and design flexibility
Easy to mate and unmate
Space saving SMT Mounting that provides assembly and cost efficiencies
Automated assembly reduces manual labor processes
Pitch 3.96mm Wire to Board Connectors Application industry:
Automotive
Electronic modules
Consumer
Air conditionerMobile POS terminalsNotebook PCSmart metersTVsTelevisions UAVs/Drones
Industrial
Servo motor
Medical
Patient Monitor
This is not a definitive list of applications for this product. It represents some of the more common uses.
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ShenZhen Antenk Electronics Co,Ltd , https://www.antenkconn.com