Brake control apparatus

1. A brake control apparatus comprising:

a master cylinder configured to generate a brake pressure according to a depressing force of a brake pedal;

an electric motor configured to operate the master cylinder;

a control board configured to control the electric motor; and

a board receiving portion arranged along an outer circumference of the master cylinder, wherein the board receiving portion receives the control board such that a component-mounting surface of the control board faces in an axial direction of the master cylinder,

wherein the control board has a shape bent along a circumferential direction of the master cylinder.

2. The brake control apparatus as claimed in claim 1 , wherein the component-mounting surface is opposed to an attaching surface to which the brake control apparatus is attached in a vehicle.

3. The brake control apparatus as claimed in claim 1 , wherein the master cylinder is fastened to be non-coaxial to the electric motor, and a main circuit of the control board is located on the component-mounting surface and near the electric motor.

4. The brake control apparatus as claimed in claim 3 , wherein the board receiving portion includes heat-radiating fins configured to radiate a heat of the control board, and the heat-radiating fins are located adjacent to the electric motor and between a hydraulic tank of the master cylinder and a housing to which the master cylinder is fixed.

5. The brake control apparatus as claimed in claim 3 , wherein the main circuit of the control board is located near the electric motor, the board receiving portion includes a connector portion near an end portion of the control board, the connector portion electrically connects the control board with a harness leading to an external peripheral equipment, and a distance between the connector portion and the electric motor is longer than a distance between the main circuit and the electric motor.