This causes the mass to deflect; the deflection is sensed by a suitable means and is converted into an equivalent electrical signal. B. Types of Accelerometer Sensors There are different types of accelerometers. Mechanical ones have something like a mass attached to a spring suspended inside an outer casing. When it is subjected to linear acceleration, the casing moves off immediately leaving behind the mass and spring stretches with a force that corresponds to the acceleration.
The current design has a Microblaze processor accompanied by multiple programmable hardware packet drivers. Each of these drivers contain a small buffer to hold one packet and it transmits this packet to the switch interface at the programmed rate. The processor writes a packet in to the buffer, sets the rate and sets the control to start the driver. Similarly, the processor can set the control to stop the driver as well. Figure 3.6 shows the complete design.
Another definition for electromagnets are solenoids wound around a central iron core. The magnetic field generated by the coil of wire magnetizes the core, increasing the total field. The difference in simple terms: a solenoid is a long, thin helical loop of wire. An electromagnet is a magnet whose magnetic properties depend on an electric current. A solenoid is just a coil of wire, but when you run a current through it, you create an electromagnet.
1) Use the ipconfig/all command on your computer. What is the IP address, subnet mask, IP address of default gateway, and MAC of your computer? My IP address is 2601:140:8001:3239:3c47:3b50:b65f:88d2. My subnet mask is 255.255.255.0. My IP address of default gateway is fe80::1286:8cff:feec:de7a%15.
Galvanometer gives the deflection which is proportional to the electric current flowing through it. It works as an actuator by producing a rotary deflection. Also, known as a (pointer) in response to electric current flowing through a coil in a constant magnetic
The first part of the address is used to identify the network that the address is a part of. The part that comes afterwards is used to specify a specific host within that network. Where the network specification ends and the host specification begins depends on how the network is configured. IPv4 addresses were traditionally divided into five different "classes", named A through E, meant to differentiate segments of the available addressable IPv4 space. These are defined by the first four bits of each address.
To measure this three electrodes are used, a glassy carbon working electrode, an Ag/AgCl reference electrode, and an auxiliary electrode which is made of platinum (Pt wire)2. An electrical current is passed from the working to the auxiliary electrode, then as noted above, the current is switched. This creates four distinct parameters; an anodic peak current (ipa), cathodic peak current (ipc), anodic peak potential (Epa), and the cathodic peak potential (Epc)1. These values can be used to determine the half-cell potential, an unknown concentration and
In this lab, an experiment was conducted to verify the relationship between an electrical field and the equipotential map. Electrical fields are mapped out using equipotential lines. Electrical fields are defined as a force per unit charge. In our daily life, we are surrounded by electric fields. For these small fields that we cannot sense, we use a tool called voltmeter to measure different aspects of electricity.
Estimation of superoxide dismutase (SOD) activity 246 SOD activity was estimated by its ability to catalyse NBT to formazan at 560nm 247 according to the method of Beyer and Fridovich (40). Five ml of reaction mixture 248 containing 50 mm phosphate buffer (pH 7.8), 13 mm methionine, 75 mm NBT, 2 mm 249 riboflavin, 0.1 mm EDTA and the enzyme extract. Absorbance of sample was read at 560 250 nm. The difference of percentage reduction of colour development in blank and the 251 sample was calculated. Fifty percent reduction in the colour was taken as one unit of 252 enzyme activity and was expressed in enzyme units per milligram protein (U mg-1 253 protein).