ABB PFTL101A 2.0KN 3BSE004172R1 张力控制器

ABB PFTL101A 2.0KN 3BSE004172R1 张力控制器

ABB PFTL101A 2.0KN 3BSE004172R1 张力控制器

ABB PFTL101A 2.0KN 3BSE004172R1  ，英文：tension pick-up ，张力传感器是张力控制过程中，用于测量卷材张力值大小的仪器。用于制药、应变片型是张力应变片和压缩应变片按照电桥方式连接在一起，当受到外压力时应变片的电阻值也随之改变，改变值的多少将正比于所受张力的大小；微位移型是通过外力施加负载，使板簧产生位移，然后通过差接变压器检测出张力，由于板簧的位移量极小，大约±200μm，所以称作微位移型张力检测器。另外，由外型结构上又分为：轴台式 、穿轴式、悬臂式等

ABB PFTL101A 2.0KN 3BSE004172R1 记录压力测量程序执行期间

PFTL101A 2.0KN 3BSE004172R1由于编码3操作数指令的三个寄存器需要大量的位，具有16位指令的RISC体系结构总是2操作数设计，例如Atmel AVR，TI MSP430、以及的某些版本手臂拇指。具有32位指令的RISC体系结构通常是3操作数设计，例如手臂ˌ武器ˌ袖子ˌ装备,AVR32,每秒百万条指令,动力ISA，以及SUN公司的工作站系统建筑。

PFTL101A 2.0KN 3BSE004172R1每条指令都指定了一定数量的操作数(寄存器、内存位置或立即值)明确地。一些指令隐式地给出一个或两个操作数，例如通过存储在堆或者在隐式寄存器中。如果一些操作数是隐式给定的，则需要在指令中指定较少的操作数。当“目标操作数”明确指定目标时，必须提供额外的操作数。因此，指令中编码的操作数数量可能不同于逻辑或算术运算在数学上所需的参数数量(即参数数量).操作数或者编码在指令的“操作码”表示中，或者作为操作码之后的值或地址给出。

ABB PFTL101A 2.0KN 3BSE004172R1 张力控制器

BB PFTL101A 2.0KN 3BSE004172R1 Tension controller

ABB PFTL101A 2.0KN 3BSE004172R1, tension pick-up, tension sensor is used to measure the tension value of the coil during the tension control process. The strain gauge type is the tension strain gauge and the compression strain gauge are connected together according to the bridge mode, and the resistance value of the strain gauge also changes when the external pressure is applied, and the amount of the change value will be proportional to the size of the tension; Micro-displacement type is through the external force to apply the load, so that the spring displacement, and then through the differential transformer to detect the tension, because the displacement of the spring is very small, about ±200μm, so called micro-displacement tension detector. In addition, from the appearance structure is divided into: shaft table, through the shaft type, cantilever type and so on

ABB PFTL101A 2.0KN 3BSE004172R1 Records the pressure measurement procedure during execution

PFTL101A 2.0KN 3BSE004172R1 Because the three registers encoding the 3-operand instruction require a large number of bits, RISC architectures with 16-bit instructions are always 2-operand designs, such as the Atmel AVR, the TI MSP430, and some versions of the Arm Thumb. RISC architectures with 32-bit instructions are usually 3 operand designs, such as the arm, weapon, sleeve, equipment,AVR32, million instructions per second, power ISA, and SUN's workstation system architecture.

PFTL101A 2.0KN 3BSE004172R1 Each instruction specifies a certain number of operands (registers, memory locations, or immediate values) explicitly. Some instructions implicitly give one or two operands, for example by storing them in the heap or in an implicit register. If some operands are implicitly given, fewer operands need to be specified in the instruction. When the target operand explicitly specifies the target, an additional operand must be provided. Therefore, the number of operands encoded in an instruction may differ from the number of parameters mathematically required for logical or arithmetic operations (i.e., the number of parameters). The operand is either encoded in the "opcode" representation of the instruction, or given as a value or address after the opcode.

ABB PFTL101A 2.0KN 3BSE004172R1 张力控制器