Embedded - ->for u

Step 2 : Creating blossom

Step 1: Creating petals

👉 Tulip consists of 6 petals each with 5 SMD white LEDs 👉 Each petal is connected with one of the Arduino output pins. Blossom hides 7 NeoPixel RGB LEDs. 👉 From an electrical point of view, the whole flower is ground and veins in petals are a positive voltage. 👉 Petals are opened by a pushrod which is going all the way down the stem to the base. The pushrod is controlled by a movement of a small hobby servo. 👉 Small leaf on the side of the stem is connected to TTP223 touch sensor inside the base and creates a capacitive touchpad. 👉 The wooden base contains a servo motor, touch IC and Arduino Nano.

DIY Ever Blooming Mechanical Tulip  A perfect gift to your loved one. This mechanical tulip will bloom into any color possible with just gentle touch of your hand. Its six petals will slowly open and light up. When petals are closed they create incredible ambient light with leaf patterns.

What is ZigBee?? 👉 ZigBee is a communication protocol used to create personal area networks with small, low-power digital radios. 👉 This IEEE 802.15.4 specification, is developed and managed by the ZigBee alliance with major applications in the industrial, scientific and medical industries. 👉 Owing to the low data rate, it is preferred in simpler and less expensive wireless networks. 👉 Preferred over short ranges of about 20 meters, data can be transmitted over long distances by passing it through a mesh network of intermediate devices.

Sincere apologies for delay in responding to ur queries.. Bit busy in a final year project n busy in ofc work also..

 👉 An FPGA is an array of logic gates , and this array can be programmed (actually, “configured” is probably a better word) in the field, i.e., by the user of the device as opposed to the people who designed it.  👉 You can buy ICs that consist of AND gates, OR gates, and so forth—but you wouldn’t want to build a shift register out of individual gates. Instead, you would buy a shift register IC. 👉 An FPGA, then, is much more than an array of gates. It’s an array of carefully designed and interconnected digital subcircuits that efficiently implement common functions while also offering very high levels of flexibility. The digital subcircuits are called configurable logic blocks (CLBs), and they form the core of the FPGA’s programmable-logic capabilities.