Standard - Just The Facts
Just The Facts
Accelerator Pedal Sensors
Air Charge and Manifold Temperature Sensors
Airbag Clock Springs
Anti Lock (ABS) Sensors
Anti Lock Brake (ABS) Sensors Testing
Barometric Pressure (BARO) Sensors
Brake Pad Wear Sensors
Camshaft and Crankshaft Position Sensors
Camshaft Synchronizer Assemblies
Coolant Temperature Sensors
COP Boot and Pigtail Socket Assortments
Daytime Running Light Kits
DIS Control Modules
Don't Get PO'ed with PO401 Codes
EGR Position and EGR Pressure Sensors
EGR Valves
Fuel Injectors
Fuel and Water Separator Sensor
Ignition Coil Testing
Ignition Coil on Plug (COP)
Knock (Detonation) Sensors
MAF (Mass Air Flow) Sensors
MAP (Manifold Absolute Pressure) Sensors
Oxygen (O2) Sensors
T Series Fuel Injector line addition
Throttle Position Sensors
Tire Pressure Monitoring (TPMS) Sensors
TPMS Service and Repair
Two or Four, That is the Question
Vehicle Speed Sensors
Vehicle Warning Lights
Water Intrusion and Premature Coil Failure (UF303)
YAW Rate Sensors
A distributorless ignition system (DIS) control module controls current flow to the coils. The DIS module processes sensor inputs about crankshaft position and engine speed to establish ignition timing and sequence. Standard’s modules undergo extensive testing ensuring better quality, increased confidence, enhanced performance, and improved durability.

Standard DIS Modules are specifically engineered to:
  • Provide new vehicle performance for today’s high-tech vehicles
  • Solve and eliminate OE design failures
  • Improve OE designs for better performance and longer life
The Standard Advantage
  • The OE chip is assembled to a specially matched ceramic substrate preventing premature failure due to broken connections created by thermal expansion and contraction.
  • Double wire bonding creates more durable connections within the module, thus preventing premature failure due to loose or broken connections.
  • Multiple front end grounding enhances the module’s RFI shielding improving on the original.
  • The ESD diode protects the module’s delicate circuitry from damage due to electrostatic discharge.
Comprehensive Coverage
Standard’s comprehensive coverage provides the perfect form, fit and function demanded by today’s top technicians.


 dss External Components

Connectors: Provide connection point between the module and the vehicle wiring harness. With a design that matches OE, Standard advanced thermoplastics ensure proper connections and resistance to fracture due to heat and thermal cycling for a longer service life. Body/Case: Protects the internal circuitry from damage while providing an electrical connection to the coil in many applications. Standard manufactures the body of advanced thermoplastics and anti-corrosive metals that resists thermal cycling, moisture, and corrosion leading to improved
durability. Rubber Inserts (GM): The inserts are manufactured of silicone rubber which is designed to withstand high voltages and create a waterproof seal to prevent moisture intrusion between the coil terminals which would lead to premature failure.

Internal Components

Thick Film Hybrid Circuit Board: Provides current distribution within the module. Standard manufactures the circuit board with precious metal conductors and a 0.035” ceramic substrate which is then over-glazed. This provides improved thermal performance over printed circuit board electronics as the over-glaze of ceramic circuitry enhances environmental durability.

Flip Chip (GM): Processes the voltage inputs and outputs of the control module. Using the ‘Flip Chip’ enables the Standard module to perform identically to original equipment. The OE microprocessor (silicone TCE) is best matched to the thermal expansion properties of our ceramic substrate eliminating failure due to broken connections between the chip and the board.

Double Wire Bonds: Attaches the substrate to case circuitry. The two 12-mil wires are ultrasonically bonded to the substrate and the case leads. The ultrasonic bonding is a welding process that uses ultrasonic sound to clean the surfaces before making a cold compression weld which then enables welding in small places without damaging sensitive components. The double wire bonding design assures reliability and durability under extreme operating conditions.

Electrostatic Discharge (ESD) Suppression Diode: Protects the unit from electrostatic discharge. Designed with a premium quality containment circuitry that suppresses voltage spikes which prevents premature failure.

Copper Slug Heat Sinks: Dissipates the heat created within the unit by the power transistors. The heat sinks absorb excess heat and the copper is used for its thermal absorption capabilities. This allows the power components within the module to keep cool and provide peak performance while extending the module’s life cycle and reliability.

Front End Grounding: Provides effective circuitry grounding and shielding. Multiple circuit grounds are ultrasonically bonded to the module’s back-plate which enables the module to have greater resistance to RFI (Radio Frequency Interference) over a wide range of operating conditions. This allows the module to have perfect performance in a difficult underhood environment that has the potential to produce a considerable amount of RFI.

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