Ignition Safety Program TBC 2800 Flame Controller

Basic Information

Place of Origin:	CHINA
Brand Name:	SENNISI
Certification:	CE
Model Number:	TBC2800

Minimum Order Quantity:	1
Price:	USD＋350
Packaging Details:	Wooden box
Delivery Time:	8
Payment Terms:	T/T, Western Union
Supply Ability:	30＋piece＋7 days

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Type:	Gas Burner	Place Of Origin:	Guangdong, China
Article Number:	123	Alias:	Controller
Custom Processing:	No	Dimensions:	300mm
Brand:	Honeywell	Specification:	TBC2800
High Light:	honeywell burner controller , sennisi oil burner controller , TBC 2800 Flame Controller

Flame Controller Ignition Safety Program Controller Burner Accessories

basic component:

1. The instruction register is used to store the instruction being executed. The instruction is divided into two parts: operation code and address code. The operation code is used to indicate the nature of the operation of the instruction, such as addition and subtraction; the address code gives the operand address of the instruction or information about the formation of the operand address (at this time, the address formation circuit forms the operand address). There is an instruction called branch instruction, which is used to change the normal execution order of instructions. The address code part of this instruction gives the address of the instruction to be transferred to execution.

2. Operation code decoder: used to decode the operation code of the instruction, generate the corresponding control level, and complete the function of analyzing the instruction.

3. Sequential circuit: used to generate time mark signal. In the microcomputer, the time mark signal is generally three levels: instruction cycle, bus cycle and clock cycle. The micro-operation command generating circuit generates various micro-operation commands that complete the operations specified by the instruction. The main basis for these commands is the time stamp and the operational nature of the instructions. This circuit is actually the circuit implementation of each micro-operation control signal expression (such as the A → L expression above), and it is the most complicated part of the combinational logic controller.

4. Instruction counter: used to form the address of the next instruction to be executed. Generally, instructions are executed sequentially, and instructions are stored sequentially in memory. Therefore, in general, the address of the next instruction to be executed can be formed by adding 1 to the current address, and the micro-operation command "1" is used for this purpose. If a branch instruction is executed, the address of the next instruction to be executed is the address to which the branch is to be transferred. The address is in the address code field of the branch instruction, and it is directly sent to the instruction counter.

The microprogram controller is proposed because the combinational logic design has the disadvantages of inconvenient design, inflexibility, modification and expansion.

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